mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition comprising rosuvastatin and ezetimibe for oral administration in the form of a blend of: a) a first component comprising rosuvastatin or a pharmaceutically acceptable salt thereof, wherein the component is dry-granulated, b) a second component comprising ezetimibe or a pharmaceutically acceptable salt thereof, wherein the component is wet-granulated, c) an optionally extragranular phase component, characterized in that the pharmaceutical composition does not include an alkaline agent. a) a first component comprising rosuvastatin or a pharmaceutically acceptable salt thereof, wherein the component is dry-granulated, b) a second component comprising ezetimibe or a pharmaceutically acceptable salt thereof, wherein the component is wet-granulated, c) an optionally extragranular phase component,
Mirror (1, 21) for EUV lithography, comprising a substrate and a reflective coating (3, 4), wherein the reflective coating comprises a first group of layers (3a, 3b) and a second group of layers (4a, 4b), wherein the first and second group of layers (3a, 3b; 4a, 4b) are designed in each case for reflecting radiation having a used wavelength (λ B) in the range of between 5 nm and 30 nm, wherein the first group of layers (3a, 3b) is arranged between the substrate and the second group of layers (4a, 4b), and wherein a decoupling coating (6, 7, 8, 9) is arranged between the first group and second group of layers (3a, 3b, 4a, 4b), said decoupling coating having at least one absorption layer designed for absorbing radiation having a used wavelength (λ B) in the range between 5 nm and 30 nm such that the second group of layers (4a, 4b) is optically decoupled from the first group of layers (3a, 3b) by preventing the radiation having the used wavelength from reaching the first group of layers (3a, 3b), such that less than 5% of the incident radiation reaches the first group of layers (3a,3b), wherein the absorption layer has a thickness (d) of more than 50 nm.
Device for laser protection, with a holder, which holds an optical element, with a base, which holds the holder, and with a laser protection housing, which is substantially light-tight, the laser protection housing comprises a carrier body and a laser protection cover held by the carrier body, the laser protection housing is coupled to the base via a flexible element, such that the laser protection housing is tiltable relative to the base, wherein the flexibility of the flexible element is provided by the geometry of the flexible element, and wherein the carrier body, the flexible element and the base are formed in one piece.
A product for use in preventing or treating mastitis in a female non-human mammal which has a lactation period, the product comprising an effective amount of a sol-gel polymer composite comprising chitosan, a hydrophilic polymer comprising methylcellulose, a thermogelling element comprising a salt selected from the group consisting of sodium pyrophosphate tetrabasic, potassium phosphate dibasic trihydrate, and mixtures thereof, and an acidic water-based medium, for administration to a teat, a teat canal or a teat cistern of the animal.
A percutaneous connector assembly, comprising: a feedthrough assembly having a body and a plurality of electrically conductive feedthroughs extending through the body from a first end toward a second end thereof; and a cable assembly having a plurality of conductors arranged side-by-side within a first plane to form a substantially flat portion thereof, each conductor being connected to a corresponding feedthrough of the feedthrough assembly and the flat portion extending from the body; and a skirt (90, 390) sintered to the body and extending radially outwardly therefrom. a feedthrough assembly having a body and a plurality of electrically conductive feedthroughs extending through the body from a first end toward a second end thereof; and a cable assembly having a plurality of conductors arranged side-by-side within a first plane to form a substantially flat portion thereof, each conductor being connected to a corresponding feedthrough of the feedthrough assembly and the flat portion extending from the body; and a skirt (90, 390) sintered to the body and extending radially outwardly therefrom.
A dispersion comprising: 10 wt% to 50 wt% of at least one organic solvent based on the total weight of the dispersion; 40 wt% to 80 wt% of nanoparticles based on the total weight of the dispersion, wherein the nanoparticles are infrared absorptive, conductive or both infrared absorptive and conductive; and 0.5 wt% to 50 wt% of at least one polycaprolactone-polyamine copolymer based on the total weight of the dispersion, wherein the dispersion comprises agglomerates of the nanoparticles and a majority of the agglomerates have an average diameter, determined according to the method of the description, that is not greater than 100 nanometers. 10 wt% to 50 wt% of at least one organic solvent based on the total weight of the dispersion; 40 wt% to 80 wt% of nanoparticles based on the total weight of the dispersion, wherein the nanoparticles are infrared absorptive, conductive or both infrared absorptive and conductive; and 0.5 wt% to 50 wt% of at least one polycaprolactone-polyamine copolymer based on the total weight of the dispersion,
Rear casing for a turbo-jet engine, said turbo-jet engine comprising a primary cowl generating a primary flow intended for being ejected by a primary nozzle, said rear casing being shaped for being positioned downstream from said primary cowl and defining, on the side internal to the turbo-jet engine, the path followed by said primary flow downstream from the primary nozzle, said rear casing comprising a connection to a pressurised gas supply system and at least one means for rotating the rear casing about the axis of rotation of the movable elements of said primary cowl, characterised in that the rear casing comprises two or several perforations intended for the injection of this pressurised gas, through these perforations, into said primary flow and distributed evenly in azimuth on the periphery of the rear casing.
A motor vehicle with an apparatus for cooling a drive device of the motor vehicle, with: a cooling device, through which air can flow in a throughflow direction, a redirection device, a fan device and a drive device, namely an internal combustion engine, characterized in that the apparatus has a bypass device, in order to suck in, by way of vacuum which is generated by the fan device, return-flow air which is heated by the cooling device and/or the drive device, and heated air is thus prevented from being sucked through the cooling device, the bypass device having an inlet opening (4.1) for heated air, the redirection device protruding beyond the outer circumference of the cooling device, in order to form the inlet opening (4.1), and the inlet opening (4.1) extending over the entire width and/or height of the cooling device and redirection device, and the redirection device tapering by means of a tapered region towards the fan device, the bypass device serving to prevent a recirculation of air which is heated by way of the cooling device and the drive device into the cooling device, the cooling device being configured as a heat exchanger, in order to cool internal combustion engine cooling medium which flows through by way of air which flows through.
Method for ensuring proper and correct packet based synchronization in the link layer of data communications systems and networks using WIFI technology as a bearer in a transport link interface and distributing synchronization packets from one Access Point over a WIFI transport link interface to another Access Point, the Access Point provides dynamic transmission rate adaptation for the transport link interface using different coding and modulation schemes by means of an arrangement adapted to perform the method comprising: - Identifying each received synchronization packet; - Setting the transmission rate for said synchronization packet according to a predetermined synchronization packet transmission rule. - Identifying each received synchronization packet; - Setting the transmission rate for said synchronization packet according to a predetermined synchronization packet transmission rule.
A semiconductor radiation detector, comprising: - a detector chip having a front side and a back side, - a support plate on the back side of the detector chip, having electric connections with said detector chip, - a base plate having a thermoelectric cooler attached to it and contact pins protruding from the base plate towards said detector chip, wherein said contact pins define a rim having an area that is smaller than active area on the front side of the detector chip, - a bonding plate (406, 601) on an opposite side of said thermoelectric cooler than said base plate, - first wire bonded connections between said contact pins and said bonding plate, characterized in that the semiconductor radiation detector comprises a joint plate between said bonding plate (406, 601) and said support plate, which joint plate comprises an intermediate layer prepared separately from said bonding plate (406, 601) and said support plate, and - electric connections between said support plate and said bonding plate (406, 601) through said joint plate. - a detector chip having a front side and a back side, - a support plate on the back side of the detector chip, having electric connections with said detector chip, - a base plate having a thermoelectric cooler attached to it and contact pins protruding from the base plate towards said detector chip, wherein said contact pins define a rim having an area that is smaller than active area on the front side of the detector chip, - a bonding plate (406, 601) on an opposite side of said thermoelectric cooler than said base plate, - first wire bonded connections between said contact pins and said bonding plate, characterized in that the semiconductor radiation detector comprises a joint plate between said bonding plate (406, 601) and said support plate, which joint plate comprises an intermediate layer prepared separately from said bonding plate (406, 601) and said support plate, and - electric connections between said support plate and said bonding plate (406, 601) through said joint plate.
A broadcast message transmission method between a base station and a relay station (RS1;RS2;RS3) in a multi-hop relay network, applied in a non-transparent centralized scheduling multi-hop relay network, comprising the steps of: sending by the base station a message to be broadcasted to a relay station (RS1;RS2;RS3), returning by the relay station an acknowledgement header to the base station after receiving the message; characterised by sending by the base station messages that indicate the bandwidth allocation of downlink to the relay station periodically after receiving the acknowledgement header, and the messages being used to indicate the downlink bandwidth that the base station allocates initiatively to the relay station, sending by the relay station broadcast messages to a terminal or a lower relay station within the downlink bandwidth. sending by the base station a message to be broadcasted to a relay station (RS1;RS2;RS3), returning by the relay station an acknowledgement header to the base station after receiving the message; characterised by sending by the base station messages that indicate the bandwidth allocation of downlink to the relay station periodically after receiving the acknowledgement header, and the messages being used to indicate the downlink bandwidth that the base station allocates initiatively to the relay station, sending by the relay station broadcast messages to a terminal or a lower relay station within the downlink bandwidth.
A method for active cloud point control characterized by receiving a first measurement associated with a cloud point of a biofuel being produced in a refining system; receiving a desired point measurement associated with the cloud point of the biofuel; determining, how to adjust an inlet temperature of a reactor in the refining system based on the first measurement and the desired point measurement associated with the cloud point of the biofuel; and generating control signals to adjust the inlet temperature of the reactor based on the determination, producing biofuel at the desired cloud point.
A drug-delivery pump (100; 200), comprising: a drug reservoir; a cannula for conducting liquid from the reservoir to a target site; a pump actuator for forcing the liquid from the reservoir through the cannula, the actuator comprising an electrolyte chamber and electrolysis electrodes for causing evolution of a gas in the electrolyte chamber to thereby pressurize the drug reservoir so that liquid is forced from the reservoir into the cannula; and circuitry for controlling the actuator i) to initially deliver a substantially fixed dosage of the liquid at periodic time intervals to the target site, and ii) to compensate for a change in a condition of the pump (100; 200) so as to maintain or resume the delivery of the substantially fixed dosage of the liquid at periodic time intervals; characterised by the circuitry being configured to control, for each dosage, an amount of actuation current supplied to the electrolysis electrodes and an actuation duration of the electrodes based at least in part on, and so as to compensate for a change, with respect to at least one previous time interval, in a maximum flow rate reached while the current is supplied and an amount of liquid delivered due to residual pressure after the current is no longer supplied. a drug reservoir; a cannula for conducting liquid from the reservoir to a target site; a pump actuator for forcing the liquid from the reservoir through the cannula, the actuator comprising an electrolyte chamber and electrolysis electrodes for causing evolution of a gas in the electrolyte chamber to thereby pressurize the drug reservoir so that liquid is forced from the reservoir into the cannula; and circuitry for controlling the actuator i) to initially deliver a substantially fixed dosage of the liquid at periodic time intervals to the target site, and ii) to compensate for a change in a condition of the pump (100; 200) so as to maintain or resume the delivery of the substantially fixed dosage of the liquid at periodic time intervals;
A method for use by an edge application server discovery function, EASDF, of a communication network, the method comprising: receiving a domain name server, DNS, query from a user equipment, the DNS query including a first subnet option; in accordance with a first handling rule, processing the DNS query by replacing the first subnet option by a second subnet option different from the first subnet option, and forwarding the processed DNS query to a domain name server; receiving a DNS response from the domain name server, wherein the DNS response includes a response to the DNS query and is related to the second subnet option; in accordance with a second handling rule, processing the DNS response by replacing the second subnet option by the first subnet option, and forwarding the processed DNS response to the user equipment. receiving a domain name server, DNS, query from a user equipment, the DNS query including a first subnet option; in accordance with a first handling rule, processing the DNS query by replacing the first subnet option by a second subnet option different from the first subnet option, and forwarding the processed DNS query to a domain name server; receiving a DNS response from the domain name server, wherein the DNS response includes a response to the DNS query and is related to the second subnet option; in accordance with a second handling rule, processing the DNS response by replacing the second subnet option by the first subnet option, and forwarding the processed DNS response to the user equipment.
A method of retrieving a lost power-limited device, comprising: placing the power limited device in a recovery mode of operation based on one of a determination that a local power supply for the mobile device reaches a predefined low-power level; or a determination of an activity level of the power-limited device based on: a level of physical movement in a period of time of the power-limited device; or a level of data or voice usage in a given period of time; identifying a query using a near field communication chip of the power-limited device; and preparing a response to the query with information related to the power-limited device, wherein the response comprises information for assisting at least one retrieval function with respect to the power limited device, wherein the at least one retrieval function comprises any action that assists in moving the device out of a lost status into a found status, and wherein the response: • comprises an identity of the owner or agent of the power limited device; or • indicates that the power-limited device is in a recovery mode of operation, whereupon: the near field communication chip confirms that the power-limited device is in possession of an authorized user. placing the power limited device in a recovery mode of operation based on one of a determination that a local power supply for the mobile device reaches a predefined low-power level; or a determination of an activity level of the power-limited device based on: a level of physical movement in a period of time of the power-limited device; or a level of data or voice usage in a given period of time; a determination that a local power supply for the mobile device reaches a predefined low-power level; or a determination of an activity level of the power-limited device based on: a level of physical movement in a period of time of the power-limited device; or a level of data or voice usage in a given period of time; a level of physical movement in a period of time of the power-limited device; or a level of data or voice usage in a given period of time; identifying a query using a near field communication chip of the power-limited device; and preparing a response to the query with information related to the power-limited device, wherein the response comprises information for assisting at least one retrieval function with respect to the power limited device, wherein the at least one retrieval function comprises any action that assists in moving the device out of a lost status into a found status, and wherein the response: • comprises an identity of the owner or agent of the power limited device; or • indicates that the power-limited device is in a recovery mode of operation, whereupon: the near field communication chip confirms that the power-limited device is in possession of an authorized user. • comprises an identity of the owner or agent of the power limited device; or • indicates that the power-limited device is in a recovery mode of operation, whereupon: the near field communication chip confirms that the power-limited device is in possession of an authorized user.
Method for operating a bending press having a control device and a back gauge device for positioning a workpiece for a bending operation between a first bending tool and a second bending tool which can be adjusted relative to the first bending tool, wherein at least one stop finger having a stop surface performs a position-controlled approaching movement in the direction of a vertical bending plane by means of a drive assembly having at least one driven CNC axis, characterized in that the control device activates a retraction drive which effects an immediate retraction movement away from the bending plane of the stop finger or at least of that end section of the stop finger closest to the bending plane, if an obstacle is detected in the movement path of the stop finger by means of a sensor assembly comprised by the control device during the approaching movement before the stop position is reached.
Method for forming at least one corner in spacers for insulating glass, whereby the spacer consists of a strand made of deformable material, applied to the glass pane, comprising the placing of a first tool on the outside of the strand in the area of a corner thereof, the placing of a second tool on the inside of the strand in the area of the corner and the exerting of pressure on the lateral surfaces, which are essentially perpendicular to the surface of the glass pane, of the spacer-forming strand using the tools (5 and 6), characterized in that the corners are formed in a strand formed in situ, that a first tool is used, whose effective surfaces near to the spacer correspond to the negative shape of the outer corner in the spacer, that a first tool is used, which is placed on the spacer-forming strand for forming the outer corner in the spacer-forming strand with two effective surfaces that are at an angle to one another, in that a second tool is used, whose surface near the spacer corresponds to the negative shape of the inner corner in the spacer, that a second tool is used, which is placed on the spacer-forming strand to form the inner corner in the spacer-forming strand with two effective surfaces that are at an angle to one another, that the first tool and the second tool are placed on the strand simultaneously, that pressure is exerted on the surface, facing away from the glass pane, of the spacer-forming strand during the forming of the corners, and that pressure is exerted using a hold-down element, whose effective surface is oriented essentially parallel to the surface of the glass pane.
User Equipment, UE, to support dual-connectivity with a Master Evolved Node-B, MeNB, and a Secondary eNB, SeNB, the UE comprising hardware processing circuitry configured to: receive downlink traffic packets from the MeNB and from the SeNB as part of a split data radio bearer, DRB, wherein at least a portion of control functionality for the split DRB is performed at each of the MeNB and the SeNB; receive, from the MeNB, a Radio Resource Control, RRC, message that includes an uplink eNB indicator for an uplink eNB to which the UE is to transmit uplink traffic packets as part of the split DRB, wherein the uplink eNB indicator indicates a selection from a group of candidate eNBs, the group of candidate eNBs including the MeNB and the SeNB; and based at least partly on the uplink eNB indicator, transmit uplink traffic packets to the uplink eNB as part of the split DRB. receive downlink traffic packets from the MeNB and from the SeNB as part of a split data radio bearer, DRB, wherein at least a portion of control functionality for the split DRB is performed at each of the MeNB and the SeNB; receive, from the MeNB, a Radio Resource Control, RRC, message that includes an uplink eNB indicator for an uplink eNB to which the UE is to transmit uplink traffic packets as part of the split DRB, wherein the uplink eNB indicator indicates a selection from a group of candidate eNBs, the group of candidate eNBs including the MeNB and the SeNB; and based at least partly on the uplink eNB indicator, transmit uplink traffic packets to the uplink eNB as part of the split DRB.