mhurhangee/ep-ind-claims huggingface dataset:
A see-through organic light emitting display device comprising: a light emitting region (D/A1, D/A2) including a transparent anode, an organic light emitting layer, and a transparent cathode (144, 544); and a see-through region (T/A1, T/A2) including a transparent auxiliary electrode configured to transmit external light, wherein the transparent cathode (144, 544) extends into the see-through region (T/A1, T/A2) and is electrically connected with the transparent auxiliary electrode, characterized in that the transparent auxiliary electrode covers more than half or all of the see-through region (T/A1, T/A2). a light emitting region (D/A1, D/A2) including a transparent anode, an organic light emitting layer, and a transparent cathode (144, 544); and a see-through region (T/A1, T/A2) including a transparent auxiliary electrode configured to transmit external light, wherein the transparent cathode (144, 544) extends into the see-through region (T/A1, T/A2) and is electrically connected with the transparent auxiliary electrode, characterized in that the transparent auxiliary electrode covers more than half or all of the see-through region (T/A1, T/A2).
Device for inductive energy transmission between a placement unit and a component feeding unit, having - a first magnetic core wound with a primary coil, which is assigned to the automatic placement unit, - a second magnetic core wound with a secondary coil, which is assigned to the feeding unit and is coupled to the first magnetic core, wherein at least either the first magnetic core is elastically mounted relative to the placement machine or the second magnetic core is elastically mounted relative to the feeding unit by means of two helical springs, in such a way that it is pressed against the other magnetic core and the contact surfaces of the magnetic cores facing toward each other rest securely in contact with each other without a gap, wherein the elastically mounted magnetic core is additionally rotatably mounted by means of the two helical springs, so that contact surfaces of the first and second magnetic cores (4, 8) facing towards each other are parallel to each other in the pressed-on state. - a first magnetic core wound with a primary coil, which is assigned to the automatic placement unit, - a second magnetic core wound with a secondary coil, which is assigned to the feeding unit and is coupled to the first magnetic core, wherein at least either the first magnetic core is elastically mounted relative to the placement machine or the second magnetic core is elastically mounted relative to the feeding unit by means of two helical springs, in such a way that it is pressed against the other magnetic core and the contact surfaces of the magnetic cores facing toward each other rest securely in contact with each other without a gap, wherein the elastically mounted magnetic core is additionally rotatably mounted by means of the two helical springs, so that contact surfaces of the first and second magnetic cores (4, 8) facing towards each other are parallel to each other in the pressed-on state.
A rolling body cage for a linear guide or telescopic rail having rail elements (11, 14) which are displaceable relative to each other, wherein the rolling body cage has at least one bottom portion extending in a longitudinal direction of the rolling body cage, side wall portions (2, 2') which are arranged parallel and which extend on mutually opposite sides of the bottom portion substantially perpendicularly therefrom and in which there are provided rolling body holding recesses for receiving and holding rolling bodies between the raceways of rail elements (11, 14), and at at least a first end of the rolling body cage a connecting bridge (4, 4') which extends between the side wall portions (2, 2') substantially perpendicularly thereto, wherein the bottom portion, the side wall portions (2, 2') and the connecting bridge (4, 4') are produced in one piece from a first plastic, characterised in that the connecting bridge (4, 4') is surrounded at least on two mutually opposite end faces (16, 16', 17, 17') by a damping element (6, 6') comprising a second plastic, wherein the second plastic is softer than the first plastic and wherein the second plastic is of a Shore hardness in a range of 40 Shore-A to 90 Shore-A.
A line receiver (102, 200) comprising: an input stage configured to receive an input signal and to generate a current signal; a first sampling stage coupled to the input stage and configured to produce a plurality of sampled current signals by sampling the current signal at a first rate; an integration stage coupled to the first sampling stage and comprising a plurality of integrators configured to produce a plurality of integrated sampled current signals by integrating respective ones of the plurality of sampled current signals; a second sampling stage coupled to the integrator stage and configured to sample the plurality of integrated sampled current signals at a second rate, wherein the second sampling stage comprises a plurality of switches coupled to a common integrator of the integrator stage, wherein the first rate is greater than the second rate; a common mode feedback circuit configured to maintain a voltage provided at an input of the first sampling stage constant. an input stage configured to receive an input signal and to generate a current signal; a first sampling stage coupled to the input stage and configured to produce a plurality of sampled current signals by sampling the current signal at a first rate; an integration stage coupled to the first sampling stage and comprising a plurality of integrators configured to produce a plurality of integrated sampled current signals by integrating respective ones of the plurality of sampled current signals; a second sampling stage coupled to the integrator stage and configured to sample the plurality of integrated sampled current signals at a second rate, wherein the second sampling stage comprises a plurality of switches coupled to a common integrator of the integrator stage, wherein the first rate is greater than the second rate; a common mode feedback circuit configured to maintain a voltage provided at an input of the first sampling stage constant.
Method of preparing a liquid pharmaceutical composition for delivery into a patient's bladder via a urinary catheter, the method comprising: a) providing in a dissolution chamber a solid water-soluble composition comprising a photosensitizing agent, wherein the dissolution chamber comprises (i) an inlet in fluid communication with a container comprising an aqueous solvent, (ii) an outlet in fluid communication with the urinary catheter, and (iii) in a flow path between the inlet and the outlet said solid composition, and wherein the chamber is arranged to promote dissolution of the solid composition by the solvent within the chamber, b) flowing the solvent from the container into the dissolution chamber via the inlet; c) obtaining a liquid composition by dissolving the solid composition in the solvent within the chamber, using the chamber and optionally a mixer to promote dissolution; and d) flowing the liquid composition out through the outlet and into the urinary catheter, which urinary catheter is provided for delivery of the liquid composition into the patient's bladder. a) providing in a dissolution chamber a solid water-soluble composition comprising a photosensitizing agent, wherein the dissolution chamber comprises (i) an inlet in fluid communication with a container comprising an aqueous solvent, (ii) an outlet in fluid communication with the urinary catheter, and (iii) in a flow path between the inlet and the outlet said solid composition, and wherein the chamber is arranged to promote dissolution of the solid composition by the solvent within the chamber, b) flowing the solvent from the container into the dissolution chamber via the inlet; c) obtaining a liquid composition by dissolving the solid composition in the solvent within the chamber, using the chamber and optionally a mixer to promote dissolution; and d) flowing the liquid composition out through the outlet and into the urinary catheter, which urinary catheter is provided for delivery of the liquid composition into the patient's bladder.
Printed circuit board for use in an electric machine, particularly in an electric motor, preferably an outer rotor motor, having a printed circuit board body, on which at least one electric/electronic component (1, 15, 20) is provided and having at least two dimensionally stable segments (4 to 6, 17), which can be moved with respect to one another and are connected to one another by means of at least one bending point (7, 8, 18, 19), wherein the electric/electronic component is provided on the segment (4 to 6, 17) and the bending point (7, 8, 18, 19) is formed by means of a tapering of the cross section of the printed circuit board body, wherein the electric/electronic component (1, 15, 20) is electrically conductively connected to at least one connection, which is provided on one of the segments (4 to 6, 17), characterized in that at least one of the segments (4 to 6, 17) has a projecting arm (12 to 14), on which the electric/electronic component (1, 15, 20) is provided, and in that adjacent arms (12 to 14), which extend out of segments provided with arms, are spaced from one another.
A plug connector comprising a housing latch for an electrical plug connection between the plug connector and a mating plug connector, comprising a slider attachable to a housing of the plug, wherein the slider, in the attached state, can be moved along a displacement path from an open position, in which the plug connector is movable relative to the mating plug connector, into a closed position, in which the plug connector is fixed relative to the mating plug connector, wherein the housing latch comprises a latching member which is movable into a locked position in which the latching member holds the slider in the closed position, characterised in that the latching member can only be moved into the locking position when the slider is in the closed position, wherein the latching member is movable into the locking position by rotation.
Single-phase, liquid compositions (solutions) comprising • at least one organic semiconductor which comprises at least one high-molecular-weight component, • and at least one organic solvent A, • and at least one organic solvent B, • and at least one organic solvent C, characterised in that • the organic semiconductor is soluble in pure solvent A or in pure solvent B in a concentration of at least 5 g/l at room temperature, • the solubility of the organic semiconductor in pure solvent C at room temperature is less than 0.3 g/l, • the boiling point of all three solvents A, B and C is less than 270°C, and • the following applies to the boiling points (b.p.) of solvents A, B and C: b.p. < b.p. < b.p., and/or to the respective vapour pressures (p) at the temperature of the coating method of solvents A, B and C: p > p > p. • at least one organic semiconductor which comprises at least one high-molecular-weight component, • and at least one organic solvent A, • and at least one organic solvent B, • and at least one organic solvent C, • the organic semiconductor is soluble in pure solvent A or in pure solvent B in a concentration of at least 5 g/l at room temperature, • the solubility of the organic semiconductor in pure solvent C at room temperature is less than 0.3 g/l, • the boiling point of all three solvents A, B and C is less than 270°C, and • the following applies to the boiling points (b.p.) of solvents A, B and C: b.p. < b.p. < b.p., and/or to the respective vapour pressures (p) at the temperature of the coating method of solvents A, B and C: p > p > p.
An access node configured to adapt a reporting period for a user equipment, wherein the user equipment is configured for a primary carrier and a secondary carrier, and wherein the access node interfaces with the user equipment and a control node, the access node comprising: at least one processor; and, at least one memory that stores processor-executable instructions, wherein the at least one processor interfaces with the at least one memory to execute the processor-executable instructions, whereby the access node is configured to: receive, from the user equipment, a first feedback message containing a first channel quality indicator, CQI, of the secondary carrier; compute a Doppler frequency (F d2) of the secondary carrier using the first CQI of the secondary carrier; compute a Doppler frequency (F d1) of the primary carrier using the computed Doppler frequency (F d2) of the secondary carrier; select a second reporting period for the user equipment based on the computed Doppler frequency (F d1) of the primary carrier, wherein the selected second reporting period indicates how often the user equipment is to send a second feedback message containing a second CQI of the secondary carrier; and, communicate the selected second reporting period for the user equipment to the control node. at least one processor; and, at least one memory that stores processor-executable instructions, wherein the at least one processor interfaces with the at least one memory to execute the processor-executable instructions, whereby the access node is configured to: receive, from the user equipment, a first feedback message containing a first channel quality indicator, CQI, of the secondary carrier; compute a Doppler frequency (F d2) of the secondary carrier using the first CQI of the secondary carrier; compute a Doppler frequency (F d1) of the primary carrier using the computed Doppler frequency (F d2) of the secondary carrier; select a second reporting period for the user equipment based on the computed Doppler frequency (F d1) of the primary carrier, wherein the selected second reporting period indicates how often the user equipment is to send a second feedback message containing a second CQI of the secondary carrier; and, communicate the selected second reporting period for the user equipment to the control node. receive, from the user equipment, a first feedback message containing a first channel quality indicator, CQI, of the secondary carrier; compute a Doppler frequency (F d2) of the secondary carrier using the first CQI of the secondary carrier; compute a Doppler frequency (F d1) of the primary carrier using the computed Doppler frequency (F d2) of the secondary carrier; select a second reporting period for the user equipment based on the computed Doppler frequency (F d1) of the primary carrier, wherein the selected second reporting period indicates how often the user equipment is to send a second feedback message containing a second CQI of the secondary carrier; and, communicate the selected second reporting period for the user equipment to the control node.
Electronic control device for a component of compressed air generation, compressed air conditioning, compressed air storage and/or compressed air distribution, wherein the electronic control device is designed to use one or more models, which contain information relevant as component-related models for the structure and, optionally, the behavior of the component, to determine, simulate or evaluate operation-relevant data, and on the basis of the models as evaluation purpose in a concrete evaluation routine to carry out either - a control, regulation, diagnosis and/or monitoring of the component or - a determination, provision, prediction or optimization of operating data, operating states, operating modes, operating behavior and/or operating effects, and wherein current or historical structural information, operating data, operating states and/or measurement/sensor values of the component available in the electronic control device are used at least in part as initial values, characterized in that the electronic control unit is further designed to derive plausibility criteria for real measurement/sensor values from structural models in order to detect malfunctions or defects and to check compliance with these plausibility criteria for real, current or historical measurement/sensor values. - a control, regulation, diagnosis and/or monitoring of the component or - a determination, provision, prediction or optimization of operating data, operating states, operating modes, operating behavior and/or operating effects, and wherein current or historical structural information, operating data, operating states and/or measurement/sensor values of the component available in the electronic control device are used at least in part as initial values, characterized in that the electronic control unit is further designed to derive plausibility criteria for real measurement/sensor values from structural models in order to detect malfunctions or defects and to check compliance with these plausibility criteria for real, current or historical measurement/sensor values.
Method for monitoring the quality of a yarn on a textile machine, wherein the yarn passes through a monitoring unit of the textile machine with whose assistance at least one measured variable that depends on a physical parameter of the yarn is determined, wherein as a physical parameter the yarn thickness is considered, wherein the measured variable or a variable derived from it is evaluated with regard to its position regarding at least one reference value, and wherein the reference value(s) is/are selected taking one or several yarn-specific characteristic variables of the yarn into account, that has/have been defined before the evaluating of the measured variable, characterized in that yarn hairiness, yarn material, yarn uniformity, yarn fineness, yarn stiffness, extent of yarn twist and/or yarn tension are taken into account as a characteristic variable when selecting the reference value.
A molten metal pump comprising a body defining an elongated pumping chamber, said elongated pumping chamber receiving a shaft and impeller assembly the impeller comprising outlets for radially discharging the molten metal, said body comprised of a refractory material, said elongated pumping chamber including an open top through which said shaft passes and a bottom inlet, said inlet including a bearing surface receiving said impeller, said impeller being located in or adjacent said inlet, said body including an elongated passage adjacent to said chamber, an opening providing fluid communication between said elongated passage and said elongated pumping chamber, said opening being oriented such that a point of intersection with the elongated pumping chamber is vertically in its entirety above the outlets in said impeller, and wherein said elongated passage is in fluid communication with a discharge channel configured to direct molten metal at least substantially perpendicular to an elongated axis of the elongated chamber.
A method of routing signalling plane traffic through or out of an IP Multimedia Subsystem, IMS, network, the method comprising: configuring for a user a list of routing profiles within a subscriber database of the IMS network, each routing profile controlling a different kind of signalling plane routing behaviour for the user; at or following registration of said user to the IMS network, transferring said routing profiles for the user from the subscriber database to a Call Session Control Function, CSCF, of the IMS network, wherein said routing profiles are transferred to said CSCF within an XML document or as a separate Attribute Value Pair, AVP; handling a Session Initiation Protocol, SIP, request for said user at the CSCF including adding said routing profiles into the request and forwarding the SIP request to a next hop node; and at said next hop node, or at a further downstream node, making a routing decision for the SIP request or for related signalling on the basis of the routing profiles contained within the SIP request. configuring for a user a list of routing profiles within a subscriber database of the IMS network, each routing profile controlling a different kind of signalling plane routing behaviour for the user; at or following registration of said user to the IMS network, transferring said routing profiles for the user from the subscriber database to a Call Session Control Function, CSCF, of the IMS network, wherein said routing profiles are transferred to said CSCF within an XML document or as a separate Attribute Value Pair, AVP; handling a Session Initiation Protocol, SIP, request for said user at the CSCF including adding said routing profiles into the request and forwarding the SIP request to a next hop node; and at said next hop node, or at a further downstream node, making a routing decision for the SIP request or for related signalling on the basis of the routing profiles contained within the SIP request.
Precipitated silica characterised by: - an amount of at least one element M selected from the group consisting of B, Al, Ga and mixtures thereof in the range from 0.5 to 30.0 mol%; - an infrared absorption spectrum having at least one peak between 1538 and 1559 cm -1 and one peak between 1612 and 1635 cm -1, said spectrum having been measured after chemisorption with pyridine to saturation followed by treatment under vacuum at 25°C, wherein the area under the peak between 1538 and 1559 cm -1 is at least 0.04 cm -1, the area under the peak between 1612 and 1635 cm -1 is at least 0.05 cm -1 and the ratio (area under the peak between 1538 and 1559 cm -1)/(area under the peak between 1612 and 1635 cm -1) is less than 0.80. - an amount of at least one element M selected from the group consisting of B, Al, Ga and mixtures thereof in the range from 0.5 to 30.0 mol%; - an infrared absorption spectrum having at least one peak between 1538 and 1559 cm -1 and one peak between 1612 and 1635 cm -1, said spectrum having been measured after chemisorption with pyridine to saturation followed by treatment under vacuum at 25°C, wherein the area under the peak between 1538 and 1559 cm -1 is at least 0.04 cm -1, the area under the peak between 1612 and 1635 cm -1 is at least 0.05 cm -1 and the ratio (area under the peak between 1538 and 1559 cm -1)/(area under the peak between 1612 and 1635 cm -1) is less than 0.80.
Hairdressing appliance comprising a main body and a heating accessory for styling hair, said accessory being rotatably mounted with respect to the main body and having an inner chamber, the main body comprising a drive unit, arranged inside said inner chamber of the accessory, for rotating the accessory, characterised in that the accessory comprises a cold end piece (24, 25) which enables the user to handle the heating accessory without the risk of burns or discomfort, which constitutes one end of the hairdressing appliance, which is intended to be grasped by the user of the hairdressing appliance, and which extends at least partially around the drive unit.
A mobile terminal apparatus configured to communicate with a first radio base station forming a first cell and a second radio base station forming a second cell, the mobile terminal apparatus comprising: a receiving section (110, 111) configured to receive, from the first radio base station, information about a transmission power difference in decibels, dB, between a transmission power of a downlink signal and transmission power of a CSI-RS, Channel State Information Reference Signal, in the second cell; a generating section configured to use the information as a basis to generate a CQI, Channel Quality Indicator, used for transmission of the downlink signal in the second cell; and a transmission section (110, 111) configured to transmit the CQI by using a PUCCH, Physical Uplink Control Channel, in the second cell. a receiving section (110, 111) configured to receive, from the first radio base station, information about a transmission power difference in decibels, dB, between a transmission power of a downlink signal and transmission power of a CSI-RS, Channel State Information Reference Signal, in the second cell; a generating section configured to use the information as a basis to generate a CQI, Channel Quality Indicator, used for transmission of the downlink signal in the second cell; and a transmission section (110, 111) configured to transmit the CQI by using a PUCCH, Physical Uplink Control Channel, in the second cell.