mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a module comprising a plurality of components, characterized in that a first component having a picture element is provided, the picture element being in particular a symbol or a display, in that the first component, which has a first side and a second side, is formed in a first tool part and a second tool part which is located in a first position, in that the material for the first component is essentially opaque, in that the first tool part is designed in such a way that at least one opening is located in the first component between the first side and the second side of the first component, in that the opening forms the image element, in that the second tool part can be moved from the first position into a second position, forming a cavity at a distance from the second side of the first component, in that subsequently a second component is formed in the cavity as a layer adjacent to the second side of the first component, the opening being stabilised by the first tool part, in that the material for the second component is substantially partially translucent, in that the first tool part is then substituted by a third tool part to form a cavity at a distance from the first side of the first component, in that a third component is then formed in the cavity as a layer adjacent to the first side of the first component and filling the aperture and adjacent to the second component in the region of the aperture, in that the material for the third component is essentially transparent to light, and in that, if appropriate, a fourth component is formed in such a way that the fourth component forms a wear-resistant layer, in particular an anti-scratch layer, adjacent to the third component.
A set comprising a straw for the preservation of a predetermined dose of liquid-based substance, comprising a tube and a gas-permeable liquid-tight stopper, which stopper is disposed in the tube in the neighborhood of one end, which tube and which stopper are configured for the stopper to be able to slide in the tube towards the other end, characterized in that said straw comprises an indicator component configured to emit, at least when the straw is in the filled state, light of which the spectrum comprises at least one peak (22, 35, 37) having a crest (23, 36, 38) of predetermined wavelength; and in that said set further comprises a device for recognition of said straw, which recognition device comprises a detection member for detecting the absence or the presence of said at least one peak (22, 35, 37) in the light spectrum emitted by said indicator component, which recognition device forms part of a machine for filling straws and comprises a processing unit connected to the detection member and configured to emit a stop signal for the filling machine in case the detection member detects a straw in which there is an absence of peak (22,35,37) in the spectrum of light emitted by the indicator component.
Housing-less rotating electric machine with a stator cooling system, with draught cooling, with a stator lamination stack consisting of at least two lamination sub-stacks and solid clamping frames arranged on the outside of the stator lamination stack and cooling ducts formed as inflow and outflow ducts in the stator lamination stack and axially distributed over the circumference, with a rotor lamination stack consisting of lamination sub-stacks having interspaces, in which stack the winding is inserted in the rotor such that during operation the radially inwardly directed partial cooling air flows are pushed into the interspaces between the sub-stacks of the rotor lamination stack, flow around the winding inserted in the rotor lamination stack of the rotor, are accelerated by the rotor rotation, are deflected and pushed radially outwards through the radial cooling ducts formed by the separation and deflection sheets between the lamination sub-stacks, and with axial cooling air inflow on both sides via separate fans (G1 and G2), wherein a continuous intermediate sheet is arranged in the centre of the machine, characterized in that solid single-piece clamping frames are formed and arranged on both sides, provided with inwardly open recesses for cooling air inflow, open deflection pockets are distributed in the solid clamping frame in a radially outward arrangement for cooling air outflow and/or in an axially outward arrangement for partial or full cooling air outflow, or multi-piece clamping frames of at least two individual frames (R1 and R2) are arranged on both sides, in which inwardly open recesses are distributed for cooling air inflow and open deflection pockets are distributed in a radially outward arrangement for cooling air outflow and/or in an axially outward arrangement for partial or full cooling air outflow, separation and deflection sheets acting radially inwards are arranged between the lamination sub-stacks, the lamination sub-stacks are arranged at a defined spacing from each other by the separation and deflection sheets, the deflection pockets are radially closed towards the machine axis, the recesses for cooling air inflow and the deflection pockets for cooling air outflow are each sized to encompass one or more axial cooling ducts of the stator lamination stack, the recesses for cooling air inflow and the deflection pockets for cooling air outflow are arranged in a distributed manner in the clamping frame.
Process for providing a dental article, at least a portion of the surface of which exhibiting a contact angle of water of less than 45°, the process comprising the subsequent steps of a) providing an initial dental article and b) subjecting the initial dental article to a hydrogen peroxide plasma treatment, the hydrogen peroxide plasma treatment of step b) being carried out in the presence of a carbon-containing compound, which during treatment is converted to form a carboxylic group attached to the surface of the dental article, wherein the carbon-containing compound is present on the surface of the dental article in the form of an adventitious contamination layer. a) providing an initial dental article and b) subjecting the initial dental article to a hydrogen peroxide plasma treatment,
An isolated aminoacyl-tRNA synthetase (AARS) polypeptide consisting of 60-300 amino acid residues, wherein the AARS polypeptide comprises three antiparallel β-strands flanked at each end by an α-helix and exhibits a cell signaling activity, wherein the polypeptide comprises residues 325-410 of SEQ ID NO: 6 or an active fragment or variant that exhibits at least 90% identity to residues 325-410 of SEQ ID NO: 6, and wherein the polypeptide has chemokine activity.
A status notification apparatus characterised by: a biological information acquisition unit configured to acquire, as biological information, face image data of a passenger of a vehicle, the face image data having been acquired at each of a plurality of locations where respective procedures take place within a departure and arrival facility of the vehicle; an information acquisition unit configured to acquire, from a storage device in which, per passenger, arrival destination information regarding an arrival destination of the vehicle, face image data of the passenger, and identification information for identifying the passenger are stored in association with each other in advance, the identification information and the arrival destination information corresponding to the face image data that matches the acquired face image data; a status acquisition unit configured to acquire a movement status of the passenger; and a notification unit configured to perform notification of the acquired movement status and the acquired identification information to a person concerned with the passenger at an arrival destination based on the acquired arrival destination information, wherein the status acquisition unit is configured, each time the face image data is acquired, to update the movement status, and wherein the notification unit is configured to perform notification of the acquired face image data. a biological information acquisition unit configured to acquire, as biological information, face image data of a passenger of a vehicle, the face image data having been acquired at each of a plurality of locations where respective procedures take place within a departure and arrival facility of the vehicle; an information acquisition unit configured to acquire, from a storage device in which, per passenger, arrival destination information regarding an arrival destination of the vehicle, face image data of the passenger, and identification information for identifying the passenger are stored in association with each other in advance, the identification information and the arrival destination information corresponding to the face image data that matches the acquired face image data; a status acquisition unit configured to acquire a movement status of the passenger; and a notification unit configured to perform notification of the acquired movement status and the acquired identification information to a person concerned with the passenger at an arrival destination based on the acquired arrival destination information, wherein the status acquisition unit is configured, each time the face image data is acquired, to update the movement status, and wherein the notification unit is configured to perform notification of the acquired face image data.
A belt for an elevator system, comprising: one or more tension members arranged along a belt width and extending longitudinally along a length of the belt, each tension member is formed from a plurality of fibers extending along the belt length arranged into groups or tows, wherein the tension fibers are Vectran ®, Kevlar ®, or high-density polyethelyne fibers; and a jacket material at least partially encapsulating the plurality of tension members; characterized in that the belt further comprises an interlayer (42, 42a) disposed between a tension member of the one or more tension members and the jacket material, wherein the interlayer (42, 42a) substantially envelops the tension member of the one or more tension members, and in that the one or more tension members are formed from the plurality of fibers absent an impregnated resin matrix material. one or more tension members arranged along a belt width and extending longitudinally along a length of the belt, each tension member is formed from a plurality of fibers extending along the belt length arranged into groups or tows, wherein the tension fibers are Vectran ®, Kevlar ®, or high-density polyethelyne fibers; and a jacket material at least partially encapsulating the plurality of tension members; characterized in that the belt further comprises an interlayer (42, 42a) disposed between a tension member of the one or more tension members and the jacket material, wherein the interlayer (42, 42a) substantially envelops the tension member of the one or more tension members, and in that the one or more tension members are formed from the plurality of fibers absent an impregnated resin matrix material.
An ophthalmic system comprising: an intraocular lens to assist an eye with accommodation, the intraocular lens including a first antenna coupled to a power supply; and auxiliary electronics, physically separate from the intraocular lens, characterised in that the auxiliary electronics are disposed within a biocompatible enclosure adapted for implantation in or near the eye, the auxiliary electronics including a second antenna coupled to an energy storage cell, the second antenna to wirelessly couple to the first antenna to inductively charge the power supply of the intraocular lens. an intraocular lens to assist an eye with accommodation, the intraocular lens including a first antenna coupled to a power supply; and auxiliary electronics, physically separate from the intraocular lens, characterised in that the auxiliary electronics are disposed within a biocompatible enclosure adapted for implantation in or near the eye, the auxiliary electronics including a second antenna coupled to an energy storage cell, the second antenna to wirelessly couple to the first antenna to inductively charge the power supply of the intraocular lens.
Component made of press-form-hardened steel sheet coated on the basis of aluminium, the coating having an overcoat which is applied by a hot-dip process and contains aluminium and silicon, characterised in that the press-form-hardened component has an interdiffusion zone I in the transition region between the steel sheet and the overcoat, wherein, depending on the coating weight of the overcoat before heating and press hardening, which for the starting material is between 50 g/m 2 and 180 g/m 2, the thickness of the interdiffusion zone I obeys the following formula I μm < 1 35 × weight on both sides g / m 2 + 19 7 and, on the interdiffusion zone I, a zone having different intermetallic phases with an average total thickness between 8 and 50 μm is formed, on which zone in turn a cover layer containing aluminium oxide and/or hydroxide is arranged in an average thickness of at least 0.05 μm to at most 5 μm.
A method for notifying execution of Packet Data Convergence Protocol, PDCP, data recovery, the method comprises: sending, by a Master Node, MN, an inter-node signaling message between the MN and a Secondary Node, SN to the SN, characterized in that, the inter-node signaling message is used for instructing the SN to execute a PDCP data recovery process; wherein the method further comprises: carrying, by the MN, indication information through a newly defined first field in the inter-node signaling message, the indication information being used for instructing the SN to execute the PDCP data recovery process; wherein the first field is an optional attribute or mandatory attribute field; or carrying, by the MN, the indication information by reusing a second field in the inter-node signaling message; wherein the second field comprises at least two coding forms, different coding forms are used for carrying different information, and one of the at least two coding forms is used for carrying the indication information. sending, by a Master Node, MN, an inter-node signaling message between the MN and a Secondary Node, SN to the SN, characterized in that, the inter-node signaling message is used for instructing the SN to execute a PDCP data recovery process; wherein the method further comprises: carrying, by the MN, indication information through a newly defined first field in the inter-node signaling message, the indication information being used for instructing the SN to execute the PDCP data recovery process; wherein the first field is an optional attribute or mandatory attribute field; or carrying, by the MN, the indication information by reusing a second field in the inter-node signaling message; wherein the second field comprises at least two coding forms, different coding forms are used for carrying different information, and one of the at least two coding forms is used for carrying the indication information. carrying, by the MN, indication information through a newly defined first field in the inter-node signaling message, the indication information being used for instructing the SN to execute the PDCP data recovery process; wherein the first field is an optional attribute or mandatory attribute field; or carrying, by the MN, the indication information by reusing a second field in the inter-node signaling message; wherein the second field comprises at least two coding forms, different coding forms are used for carrying different information, and one of the at least two coding forms is used for carrying the indication information.
A network element, NE, implemented in a network that provides at least one data service to User Equipment, UE,, the network element comprising: a means for storing a data off policy that triggers activation or deactivation of a Packet Switch, PS, Data off feature initiated by the network element for the UE; a means for determining whether to activate the PS Data off feature for the UE based on the data off policy and one or more network service conditions; a means for generating a first PS Data off request to activate the PS Data off feature for the UE responsive to a determination to activate the PS Data off feature, wherein the first PS Data off request includes a NE-Initiated PS Data Off Exempt Service List that is a set of operator services that are allowed even if the PS Data off feature is activated for a UE; and a means for initiating transmission of the first PS Data off request for receipt by a gateway of the network that acts as an entry point for downlink traffic for the UE to cause the gateway to filter the downlink traffic for the UE based on the NE-Initiated PS Data Off Exempt Service List. a means for storing a data off policy that triggers activation or deactivation of a Packet Switch, PS, Data off feature initiated by the network element for the UE; a means for determining whether to activate the PS Data off feature for the UE based on the data off policy and one or more network service conditions; a means for generating a first PS Data off request to activate the PS Data off feature for the UE responsive to a determination to activate the PS Data off feature, wherein the first PS Data off request includes a NE-Initiated PS Data Off Exempt Service List that is a set of operator services that are allowed even if the PS Data off feature is activated for a UE; and a means for initiating transmission of the first PS Data off request for receipt by a gateway of the network that acts as an entry point for downlink traffic for the UE to cause the gateway to filter the downlink traffic for the UE based on the NE-Initiated PS Data Off Exempt Service List.
Process for the treatment of a gas (1,3,7) rich in carbon dioxide containing water and optionally at least one other acid gas, in which: a) the gas is compressed in at least one compression stage (C1, C2, C3, C4) and cooled, and at least one condensate (W1, W2, W3, W4) is separated from the cooled gas after at least one compression stage, preferably between two compression stages, the condensate consisting of water in which the CO 2 and/or the at least one other acid gas is dissolved, forming acidified water having a pH of at most 6.5, and/or b) the gas rich in carbon dioxide is purified, optionally upstream of the compression of step a), in a unit for washing with water, so as to produce a purified gas, optionally to be sent to compression, and water containing impurities, and/or c) the gas, optionally compressed in step a), is dried in a drying unit and water contained in the optionally compressed gas is recovered, forming recovered water, characterized in that: i) at least a portion of the acidified water (W1, W2, W3, W4) of step a) and/or ii) at least a portion of the water containing impurities of step b) and/or iii) at least a portion of the recovered water of step c) is/are mixed with water circulating in a cooling circuit (W8, W10), so as to form a mixture with a desired degree of acidity, preferably having a pH of less than 8.5, indeed even of less than 7. a) the gas is compressed in at least one compression stage (C1, C2, C3, C4) and cooled, and at least one condensate (W1, W2, W3, W4) is separated from the cooled gas after at least one compression stage, preferably between two compression stages, the condensate consisting of water in which the CO 2 and/or the at least one other acid gas is dissolved, forming acidified water having a pH of at most 6.5, and/or b) the gas rich in carbon dioxide is purified, optionally upstream of the compression of step a), in a unit for washing with water, so as to produce a purified gas, optionally to be sent to compression, and water containing impurities, and/or c) the gas, optionally compressed in step a), is dried in a drying unit and water contained in the optionally compressed gas is recovered, forming recovered water, i) at least a portion of the acidified water (W1, W2, W3, W4) of step a) and/or ii) at least a portion of the water containing impurities of step b) and/or iii) at least a portion of the recovered water of step c)
A system for monitoring a microstructure of a metal target, comprising: a plurality of electromagnetic sensors (911, 912, 913,... 91n) for outputting a magnetic field, wherein an excitation signal output by each of the electromagnetic sensors is a multi-frequency waveform, detecting a resultant magnetic field and outputting a detection signal in response thereto; a control system comprising a plurality of control units (921, 922, 923,... 92n) each associated with a respective electromagnetic sensor (911, 912, 913,... 91n) and arranged to receive the detection signals from the plurality of electromagnetic sensors (911, 912, 913,... 91n)), to determine a phase change between the output magnetic field and the resultant magnetic field at each of a plurality of frequencies forming the multi-frequency waveform for each of the plurality of electromagnetic sensors (911,912,913,... 91n); characterized in that the control system is arranged to determine a microstructure development rate of a metal target at the plurality of electromagnetic sensors (911, 912, 913,... 91n)) based on the phase changes, and to determine a deviation of the microstructure development rate from a predetermined microstructure development rate. a plurality of electromagnetic sensors (911, 912, 913,... 91n) for outputting a magnetic field, wherein an excitation signal output by each of the electromagnetic sensors is a multi-frequency waveform, detecting a resultant magnetic field and outputting a detection signal in response thereto; a control system comprising a plurality of control units (921, 922, 923,... 92n) each associated with a respective electromagnetic sensor (911, 912, 913,... 91n) and arranged to receive the detection signals from the plurality of electromagnetic sensors (911, 912, 913,... 91n)), to determine a phase change between the output magnetic field and the resultant magnetic field at each of a plurality of frequencies forming the multi-frequency waveform for each of the plurality of electromagnetic sensors (911,912,913,... 91n); characterized in that the control system is arranged to determine a microstructure development rate of a metal target at the plurality of electromagnetic sensors (911, 912, 913,... 91n)) based on the phase changes, and to determine a deviation of the microstructure development rate from a predetermined microstructure development rate.
A ligand-targeted cationic liposome complex comprising a cationic liposome, a ligand which is an anti-transferrin receptor single chain Fv (TfRscFv), one or more nucleic acid molecules encoding one or more viral antigens, and one or more nucleic acid molecules encoding one or more interleukins selected from IL-6, IL-12 and IL-23, wherein said anti-transferrin receptor single chain Fv (TfRscFv) is directly complexed with, but not chemically conjugated to, said cationic liposome.
A bearing defining an axial direction and a radial direction, the bearing comprising: a bearing pad for supporting a rotary component and defining an outer periphery; and a housing attached to or formed integrally with the bearing pad, characterized in that the housing comprises a flexible column extending towards the bearing pad for providing the bearing pad with an airflow, the column supporting the bearing pad from a location inward of the outer periphery of the bearing pad along the axial direction such that a resistance of the bearing pad along the radial direction at the outer periphery is less than a resistance of the bearing pad along the radial direction proximate the column. a bearing pad for supporting a rotary component and defining an outer periphery; and a housing attached to or formed integrally with the bearing pad, characterized in that the housing comprises a flexible column extending towards the bearing pad for providing the bearing pad with an airflow, the column supporting the bearing pad from a location inward of the outer periphery of the bearing pad along the axial direction such that a resistance of the bearing pad along the radial direction at the outer periphery is less than a resistance of the bearing pad along the radial direction proximate the column.