mhurhangee/ep-ind-claims huggingface dataset:
A method for performing service configuration on a terminal, comprising configuring service configuration codes and deploying one or more service configuration application servers in a next generation network in advance, said service configuration application server supporting said service configuration codes, and the method further comprising the following steps of: (a) a user terminal sending a session initiation protocol message to the network, and said session initiation protocol message carrying a service configuration code; (b) when receiving said session initiation protocol message, the service configuration application server extracting said service configuration code, and performing corresponding service processing according to content of said service configuration code, wherein a target address of the session initiation protocol message is the service configuration code, the service configuration code is used for service setting, and the service processing comprises setting service conf iguration data, the method further comprising: in said step (a), a proxy-call session control function receiving the session initiation protocol message sent by the user terminal, and then forwarding the session initiation protocol message to a service-call session control function, and after receiving said session initiation protocol message, said service-call session control function determining that the target address of said session initiation protocol message is the service configuration code, and then forwarding said session initiation protocol message to the service configuration application server, characterized in that, said service configuration code comprises a service code and specific configuration information, wherein said service code relates to a specific service and to whether the specific service is registered, and comprises registering unconditional call forwarding, deregistering the unconditional call forwarding, registering call forwarding on terminal shutdown and deregistering the call forwarding on terminal shutdown; said specific configuration information is set, in the service configuration application server, based on said service code, if said service code is registering unconditional call forwarding or registering call forwarding on terminal shutdown, said specific configuration information is the number of the call forwarding, and if the service code is deregistering the unconditional call forwarding or deregistering the call forwarding on terminal shutdown, the specific configuration information is null. (a) a user terminal sending a session initiation protocol message to the network, and said session initiation protocol message carrying a service configuration code; (b) when receiving said session initiation protocol message, the service configuration application server extracting said service configuration code, and performing corresponding service processing according to content of said service configuration code,
A container, comprising: a body having a bottom wall and a side wall, the bottom wall and the side wall defining an internal storage compartment adapted for storage of a product, the side wall having an outer peripheral surface; a cover configured to be removably engaged with the body, the cover having a top wall and a peripheral flange having an inner surface, the inner surface being configured to interact with the body when the cover is received over the outer peripheral surface of the side wall so as to form an interface; a label configured to substantially cover at least a portion of the interface, wherein the label comprises a tear thread positioned between an outer surface of the container and a rear surface of the label; wherein the rear surface of the label includes a region comprising an adhesive material, characterized in that the rear surface also includes a region where the tear thread is aligned with the label and with an absence of an adhesive material such that the tear thread could enable tearing of the label up to or down to an adhesive line so as to enable opening of the container at the interface. a body having a bottom wall and a side wall, the bottom wall and the side wall defining an internal storage compartment adapted for storage of a product, the side wall having an outer peripheral surface; a cover configured to be removably engaged with the body, the cover having a top wall and a peripheral flange having an inner surface, the inner surface being configured to interact with the body when the cover is received over the outer peripheral surface of the side wall so as to form an interface; a label configured to substantially cover at least a portion of the interface, wherein the label comprises a tear thread positioned between an outer surface of the container and a rear surface of the label; wherein the rear surface of the label includes a region comprising an adhesive material, characterized in that the rear surface also includes a region where the tear thread is aligned with the label and with an absence of an adhesive material such that the tear thread could enable tearing of the label up to or down to an adhesive line so as to enable opening of the container at the interface.
Device for examining surfaces inside holes or recesses, wherein the device has a light source for producing a light beam, wherein the light beam can be focused by means of an optical imaging system, wherein the focused light beam can be directed by means of a redirection device which is arranged downstream of the optical imaging system onto the surface, and wherein in order to detect the light beam reflected by the surface a sensor device is provided, wherein there can be produced by means of the light source a multi-coloured light beam, which is focused by means of chromatic aberration of the optical imaging system onto a plurality of locations which are spaced apart by different distances from the optical imaging system, wherein the spacing with respect to the surface can be established from the spectrum of the detected light beam, wherein the optical imaging system has a GRIN (gradient index) lens, and wherein the GRIN lens can be adapted by means of a positioning device in terms of the chromatic aberration thereof.
A camera module, comprising: a holder comprising a first side surface having a first opening and a second side surface having a second opening facing the first opening in a direction perpendicular to an optical-axis direction; a first lens unit disposed in the holder; a second lens unit disposed in the holder; and a liquid lens disposed between the first lens unit and the second lens unit, at least a portion of the liquid lens being disposed in the first opening and the second opening of the holder, wherein a thickness of a center of the liquid lens is less than a size of the first opening in the holder with respect to the optical-axis direction. a holder comprising a first side surface having a first opening and a second side surface having a second opening facing the first opening in a direction perpendicular to an optical-axis direction; a first lens unit disposed in the holder; a second lens unit disposed in the holder; and a liquid lens disposed between the first lens unit and the second lens unit, at least a portion of the liquid lens being disposed in the first opening and the second opening of the holder, wherein a thickness of a center of the liquid lens is less than a size of the first opening in the holder with respect to the optical-axis direction.
A maintenance operation support device comprising: an action definition information acquirer configured to acquire action definition information for defining actions of a setting tool that adjusts or sets a facility; an operation definition information acquirer configured to acquire operation definition information for defining operations to be instructed to a maintenance operator who performs maintenance operations for the facility; a procedure information generator configured to generate procedure information representing an operation procedure of the maintenance operations for the facility; and a procedure information outputter configured to output the procedure information generated by the procedure information generator, characterised in that the procedure information generator is configured to combine the action definition information acquired by the action definition information acquirer and the operation definition information acquired by the operation definition information acquirer to generate the procedure information. an action definition information acquirer configured to acquire action definition information for defining actions of a setting tool that adjusts or sets a facility; an operation definition information acquirer configured to acquire operation definition information for defining operations to be instructed to a maintenance operator who performs maintenance operations for the facility; a procedure information generator configured to generate procedure information representing an operation procedure of the maintenance operations for the facility; and a procedure information outputter configured to output the procedure information generated by the procedure information generator, characterised in that the procedure information generator is configured to combine the action definition information acquired by the action definition information acquirer and the operation definition information acquired by the operation definition information acquirer to generate the procedure information.
Wall structure installed as noise barrier for railways, which comprises at least a base profile and a plurality of wall elements placed consecutively end-to-end with each other, which wall elements are hinged by means of hinge pieces at their bottom edge on said base profile for toppling downwards from their vertical position, and where the wall elements are disposed inside the width reach of wagons or cargo space of a train and for toppling by means of said hinge pieces to below such wagon or a load carried by such train that is lower than normal and/or is overwide, characterized in that the base profile is a profile open at its top wall, which profile together with said wall elements disposed above it forms an openable and closable hollow space for a cable channel for railways or similar use.
A composition comprising an effective amount of insulin-like growth factor selected from the group consisting of IGF-I (Somatomedin-C) and analogue LR3 IGF1, and a pharmaceutically-acceptable carrier or diluent therefore, for use in enhancing male erectile function, characterized in that said composition is administered to a human male as a local application, and wherein said IGF-1, or said analogue LR3 IGF1, is used at a dose which provides an IGF-1 level of, or analogue LR3 IGF1 equivalent level of, up to a maximum of 120 μg/kg of IGF-1, twice daily.
A start-stop system for a vehicle comprising: a first energy storage device coupled to a starter motor; a first DC-to-AC inverter coupled to the first energy storage device; a starter/alternator coupled to the first DC-to-AC inverter; characterized in a second DC-to-AC inverter coupled to the starter/alternator; a second energy storage device coupled to the second DC-to-AC inverter; and a controller configured to control the two DC-to-AC inverters (216,220) such that either the starter motor or starter/alternator starts the vehicle based on the state of charge of the second energy storage device. a first energy storage device coupled to a starter motor; a first DC-to-AC inverter coupled to the first energy storage device; a starter/alternator coupled to the first DC-to-AC inverter; characterized in a second DC-to-AC inverter coupled to the starter/alternator; a second energy storage device coupled to the second DC-to-AC inverter; and a controller configured to control the two DC-to-AC inverters (216,220) such that either the starter motor or starter/alternator starts the vehicle based on the state of charge of the second energy storage device.
A flexible structure (100, 200, 300, 604) comprising a plurality of interlinked spring units (102, 202, 302), each spring unit (102, 202, 302) comprising at least three coaxial coiled springs (104, 204, 304), wherein each coaxial coiled spring (104, 204, 304) of a spring unit (102, 202, 302) comprises a first end and second end, and wherein the first end or the second end of one coaxial coiled spring (104, 204, 304) adjoins the first end or the second end of a coaxial coiled spring (104, 204, 304) of an adjacent spring unit (102, 202, 302).
A method in a user equipment, UE, for performing random access, RA, to connect to a wireless access network, the method comprising: determining that a second random access, RA, procedure is triggered during a first RA procedure that is ongoing; determining that an RA response, RAR, message for the first RA procedure has not been received upon determining that the second RA procedure is triggered; combining the second RA procedure and the first RA procedure; and transmitting a combined RA message (112, 210) for the combined first RA procedure and second RA procedure at any RA transmission occasions for the first RA procedure or the second RA procedure. determining that a second random access, RA, procedure is triggered during a first RA procedure that is ongoing; determining that an RA response, RAR, message for the first RA procedure has not been received upon determining that the second RA procedure is triggered; combining the second RA procedure and the first RA procedure; and transmitting a combined RA message (112, 210) for the combined first RA procedure and second RA procedure at any RA transmission occasions for the first RA procedure or the second RA procedure.
Waveguide structure for label-free evanescent wave microscopy and/or spectroscopy over a wavelength spectrum spanning from an UV region to a near-IR region, comprising - an optically transparent core layer, - a first, lower, dielectric cladding layer and a second, upper, dielectric cladding layer arranged on opposite sides of the core layer, wherein the core layer has a refractive index higher than the refractive indices of the cladding layers (4, 5), - wherein the second, upper, cladding layer is made of an organic material, - a sample well arranged on an upper surface of the core layer formed by a cavity in the second, upper, cladding layer, the sample well being adapted to contain the sample comprising the sample medium with one or more unlabelled sample objects (9, 10), wherein the core layer is made of a first dielectric inorganic material, wherein the first, lower, cladding layer is made of an organic material, and wherein the first dielectric inorganic material of the core layer is silicate glass. - an optically transparent core layer, - a first, lower, dielectric cladding layer and a second, upper, dielectric cladding layer arranged on opposite sides of the core layer, wherein the core layer has a refractive index higher than the refractive indices of the cladding layers (4, 5), - wherein the second, upper, cladding layer is made of an organic material, - a sample well arranged on an upper surface of the core layer formed by a cavity in the second, upper, cladding layer, the sample well being adapted to contain the sample comprising the sample medium with one or more unlabelled sample objects (9, 10), wherein the core layer is made of a first dielectric inorganic material, wherein the first, lower, cladding layer is made of an organic material, and wherein the first dielectric inorganic material of the core layer is silicate glass. wherein the core layer is made of a first dielectric inorganic material, wherein the first, lower, cladding layer is made of an organic material, and wherein the first dielectric inorganic material of the core layer is silicate glass.
A process for preparing inactivated exosomes comprising the steps of: (a) isolating cancer stem cells (CSCs) from human cancer tissue, (b) contacting the isolated CSCs of (a), in a culture medium, with pro-inflammatory cytokines, at a concentration, and for a time period, sufficient to induce release of inflammation induced exosomes, (c) isolating inflammation induced exosomes from the culture medium of (b), and (d) inactivating the isolated exosomes of (c) by exposure to ultraviolet radiation, wherein the ultraviolet radiation is at intensity and frequency sufficient to substantially inactivate RNA contained in the isolated exosomes, while preserving the membrane structure of the isolated exosomes. (a) isolating cancer stem cells (CSCs) from human cancer tissue, (b) contacting the isolated CSCs of (a), in a culture medium, with pro-inflammatory cytokines, at a concentration, and for a time period, sufficient to induce release of inflammation induced exosomes, (c) isolating inflammation induced exosomes from the culture medium of (b), and (d) inactivating the isolated exosomes of (c) by exposure to ultraviolet radiation, wherein the ultraviolet radiation is at intensity and frequency sufficient to substantially inactivate RNA contained in the isolated exosomes, while preserving the membrane structure of the isolated exosomes.
A process for producing a multimodal polyethylene composition comprising the following steps: (i) introducing a first polyethylene resin having a weight average molecular weight Mw of from 150 to 3000 kg/mol and MFR 5 of not more than 60 g/10 min and comprising from 10 to 90 % of an ultra-high molecular weight polyethylene (A-1) having viscosity average molecular weight of at least 700 kg/mol into a feed port of an extruder; (ii) introducing a second polyethylene resin having MFR 5 of from 0.15 to 1.0 g/10 min and a density of equal to or more than 945 kg/m 3 to equal to or less than 970 kg/m 3 into a feed port of the extruder; (iii) melting and mixing the first polyethylene resin and the second polyethylene resin in the extruder to form a multimodal polyethylene composition; (iv) recovering the multimodal polyethylene composition from the extruder; and (v) cooling and solidifying the multimodal polyethylene composition, wherein the multimodal polyethylene composition has a melt flow rate MFR 5 (190°C, 5 kg) of at most 1.0 g/10 min and a density of equal to or more than 935 kg/m 3 to equal to or less than 965 kg/m 3.
A directional antenna including an array of unitary antenna elements, said array including an active antenna element, called a "radiator element ", intended to be electrically connected to a radiofrequency source or receiver, and at least one passive antenna element supplied with power by mutual induction, called "parasitic element ", said radiator element being a parasitic resonator antenna including a monopole, a ground plane and a parasitic cell that is placed in the near field of the monopole, characterised in that said radiator element and said at least one parasitic element of the array are formed in the same plane.
A method for producing a vehicle seat which comprises a rigid foam body having conduit contours (2, 3) which are at least open towards one side surface in which a separate wire frame is inserted and positionally fixed in a friction and/or positive locking manner by means of multiple projections (21, 31) and/or undercuts (22, 32) in the region of the conduit contours (2, 3), characterized in that initially a first wire is inserted in a first conduit contour of the rigid foam body, that then a second wire is inserted in a second conduit contour, which intersects at an angle with the first conduit contour, such that the first wire and the second wire rest on one another in direct contact in the region of the intersecting first and second conduit contours, that subsequently other wires are inserted in other intersecting conduit contours of the rigid foam body, such that each wire rests on at least one other wire in direct contact at least in the region of two intersecting conduit contours and that finally any two such wires resting on top of one another are connected by welding at least at some of the interfaces resulting from two wires resting on top of one another.
A multilayer film or sheet, the total thickness of the multilayer film or sheet ranging from 2 mils (0.051 mm) to 250 mils (6.35 mm), comprising a first surface sub-layer, a second surface sub-layer, and one or more inner sub-layers sandwiched between the first and second surface sub-layers, wherein (a) the first surface sub-layer and the second surface sub-layer each has a thickness of 0.5 mils (0.013 mm) to 5 mils (0.13 mm) and each comprises an acid terpolymer; (b) at least one of the inner sub-layer(s) comprises a high melting point polymer, and each of the high melting point polymer containing inner sub-layer(s) has a thickness of 0.5 mils (0.013 mm) to 120 mils (3 mm); (c) the acid terpolymer comprises repeat units derived from an α-olefin, 7 to 11 wt% of repeat units of an α,β-ethylenically unsaturated carboxylic acid having 3 to 8 carbons, and 20 to 30 wt% of repeat units of an α,β-ethylenically unsaturated carboxylic acid ester having 4 to 12 carbons, based on the total weight of the terpolymer; and (d) the high melting point polymer is an ionomer having a melting point of at least 90°C.
Tire rim for a motor vehicle, comprising a substantially cylindrical body for holding a tire, and a hub connected to said body by generally radial members, which rim has an outer side intended to face, in the use, the outside of the vehicle, and an inner side opposite to said outer side, characterized in that at least one elongate flexible element is associated with the rim, which element is adapted to assume a resting configuration in which it is substantially arranged within the rim, and a working configuration, extended with respect to said resting configuration and of such a length as to allow the tire to be surrounded, in which said flexible element is wound around the tire to constitute a snow chain, the rim including at least one retaining member at one zone of its inner side, which is adapted to be engaged by a portion of said flexible element in its working configuration.
A composite part, comprising a rigid outer surface, to which is integrated an electronic instrumentation circuit, the electronic instrumentation circuit comprising: - at least one piezoelectric transducer, connected to a first coil, - an electronic control circuit, connected to a second coil positioned facing the first coil, characterized in that the first coil is printed on at least one first electrically insulating layer printed directly on the rigid outer surface, the second coil is printed on at least one third electrically insulating layer covering the first coil and the piezoelectric transducer, first and second electrically conducting tracks (27, 28) are printed on a fifth electrically insulating layer printed on at least one portion of the second coil to be connected to the second coil, the electronic control circuit being attached to the rigid outer surface and being connected by a first electrical connection means to the first and second electrically conducting tracks (27, 28). the electronic instrumentation circuit comprising: - at least one piezoelectric transducer, connected to a first coil, - an electronic control circuit, connected to a second coil positioned facing the first coil, - at least one piezoelectric transducer, connected to a first coil, - an electronic control circuit, connected to a second coil positioned facing the first coil, characterized in that the first coil is printed on at least one first electrically insulating layer printed directly on the rigid outer surface, the second coil is printed on at least one third electrically insulating layer covering the first coil and the piezoelectric transducer, first and second electrically conducting tracks (27, 28) are printed on a fifth electrically insulating layer printed on at least one portion of the second coil to be connected to the second coil, the electronic control circuit being attached to the rigid outer surface and being connected by a first electrical connection means to the first and second electrically conducting tracks (27, 28).