mhurhangee/patent-ind-claim-en huggingface dataset:
A take-home drug delivery system comprising: a kit container defining an inner volume ; a drug delivery container preparation assembly at least partially disposed within the inner volume of the kit container, the drug delivery container preparation assembly including at least the following components: a drug delivery container , a drug vial containing a drug to be administered , a tubing set , and a drug delivery container mounting apparatus ; characterised in that a sterile drape is at least partially disposed within the inner volume of the kit container, the sterile drape including a placement legend illustrated thereon. a kit container defining an inner volume ; a drug delivery container preparation assembly at least partially disposed within the inner volume of the kit container, the drug delivery container preparation assembly including at least the following components: a drug delivery container , a drug vial containing a drug to be administered , a tubing set , and a drug delivery container mounting apparatus ; characterised in that a sterile drape is at least partially disposed within the inner volume of the kit container, the sterile drape including a placement legend illustrated thereon.
A non-therapeutic use of a composition comprising a combination of resveratrol oligomers and hyaluronic acid or a salt thereof as active principles for stimulating the hyaluronic acid production in a mammal cell or tissue, in particular a human mammal.
An ultrasonic probe device comprising: a plurality of ultrasonic probe modules perpendicularly arranged with respect to the direction of ultrasonic wave generation; a case configured to accommodate the plurality of ultrasonic probe modules through an open portion formed in one side thereof and detachably couple the ultrasonic probe modules , the case including an outer housing configured to enclose an exterior of the plurality of ultrasonic probe modules and a separation housing provided between the plurality of ultrasonic probe modules such that the separation housing is a partition to divide the inside of the case into a plurality of open portions and separate the plurality of ultrasonic probe modules from each other such that the plurality of ultrasonic probe modules are prevented from coming in contact with each other and affecting each other by vibration thereof; and a control module installed in the case and to control the plurality of ultrasonic probe modules , wherein each of the ultrasonic probe modules includes a module case, each of the module cases includes a rear-side block , and each of the ultrasonic probe modules is accommodated in the open portion . a plurality of ultrasonic probe modules perpendicularly arranged with respect to the direction of ultrasonic wave generation; a case configured to accommodate the plurality of ultrasonic probe modules through an open portion formed in one side thereof and detachably couple the ultrasonic probe modules , the case including an outer housing configured to enclose an exterior of the plurality of ultrasonic probe modules and a separation housing provided between the plurality of ultrasonic probe modules such that the separation housing is a partition to divide the inside of the case into a plurality of open portions and separate the plurality of ultrasonic probe modules from each other such that the plurality of ultrasonic probe modules are prevented from coming in contact with each other and affecting each other by vibration thereof; and a control module installed in the case and to control the plurality of ultrasonic probe modules , wherein each of the ultrasonic probe modules includes a module case, each of the module cases includes a rear-side block , and each of the ultrasonic probe modules is accommodated in the open portion .
A sliding member comprising an overlay layer made of a resin on a side of a sliding surface of a bearing alloy layer , characterised in that when a valley void volume Vvv (μm 3 /μm 2 ) in the sliding surface of the overlay layer is defined as Vv1, the Vv1 is in a range of: 0.015 ≤ Vv 1 ≤ 0.200 .
A monolayer tablet formulation comprising nimesulide, thiocolchicoside, lactose monohydrate and microcrystalline cellulose and one or more pharmaceutically acceptable excipients.
Method for determining at least one regenerative relay node from among a plurality of relay nodes included in an optical transmission line (OTL) between a transmitting node and a receiving node, each relay node being able to be controlled so as to act as a generative relay node or a non-generative relay node, said transmission line comprising a succession of links (L1 - L5) each connecting two successive nodes of the transmission line, said method being characterized in that it comprises the following steps: - identifying , from among the links of said transmission line, a critical link by determining, for each of the links of said transmission line, the value of a parameter that reflects an optical power level for said link, the critical link being one of said links for which the value of the power parameter is the highest; and - determining , according to the critical link, at least one regenerative relay node within the end nodes delimiting the transparent segments of an optimized succession of transparent segments from among a plurality of possible successions of transparent segments for said transmission line, each transparent segment comprising a link or a plurality of successive links without a regenerative relay node between the successive links, said at least one regenerative relay node being determined such that the transparent segment comprising the critical link in the optimized succession of transparent segments has a communication quality level that is higher than or equal to the communication quality levels of the transparent segments comprising the critical link in the possible successions of transparent segments. - identifying , from among the links of said transmission line, a critical link by determining, for each of the links of said transmission line, the value of a parameter that reflects an optical power level for said link, the critical link being one of said links for which the value of the power parameter is the highest; and - determining , according to the critical link, at least one regenerative relay node within the end nodes delimiting the transparent segments of an optimized succession of transparent segments from among a plurality of possible successions of transparent segments for said transmission line, each transparent segment comprising a link or a plurality of successive links without a regenerative relay node between the successive links, said at least one regenerative relay node being determined such that the transparent segment comprising the critical link in the optimized succession of transparent segments has a communication quality level that is higher than or equal to the communication quality levels of the transparent segments comprising the critical link in the possible successions of transparent segments.
A SiC substrate treatment method for, with respect to a SiC substrate that has, on its surface, an ion implantation region in which ions are implanted and has grooves provided in a region including at least the ion implantation region, performing an ion activation treatment in which the SiC substrate is heated under Si vapor pressure thereby activating the ions that are implanted in the SiC substrate while etching the surface of the SiC substrate, wherein the SiC substrate has an epitaxial layer made of single crystal SiC on the surface of the SiC substrate, the grooves are provided at least in the epitaxial layer, and the epitaxial layer is etched in the etching.
A refrigerator which includes a cabinet which includes a freezing chamber ; an evaporator which is provided at one side of the freezing chamber ; a freezing chamber fan which supplies cool air generated in the evaporator to the inside of the freezing chamber ; an ice maker which is provided in the freezing chamber and performs ice-making by cool air supplied by the freezing chamber fan ; an ice bin which is provided below the ice maker and separates and stores ice made in the ice maker ; and an ice-fullness detecting device which detects whether or not the ice bin is full with ice, wherein the refrigerator further comprises a control unit configured to control the driving of the freezing chamber fan according to a detection signal of the ice-fullness detecting device , wherein the control unit is configured to turn on the freezing chamber fan in a case when the ice bin is not full with ice according to the ice-fullness detecting device , and wherein the control unit is configured to turn off the freezing chamber fan in a case when a temperature of the freezing chamber is lower than a predetermined temperature after ice-fullness of the ice bin is detected by the ice-fullness detecting device , characterized in that the control unit is configured to vary an operation speed of the freezing chamber fan according to the load of the freezing chamber in a case when the ice bin is full with ice according to the ice-fullness detecting device and the temperature of the freezing chamber is equal to or higher than a predetermined temperature.
Tightening device for tightening a series of nuts pre-screwed on bolts , which bolts are arranged in a linear or in a curved flange connection , wherein each nut comprises a top surface located at one end of the nut , wherein the top surfaces are arranged in a nut plane of the flange connection , and wherein the tightening device comprises a propulsion unit for moving the tightening device along the flange connection , characterized in that the propulsion unit comprises a continuous drive , wherein in an operating state of the tightening device , the continuous drive is disposed essentially on the nut plane on one or more top surfaces of one or more of the nuts .
An exhaust gas purification device comprising: a flow path forming member that forms an exhaust flow path (S) for exhaust gas discharged from an internal combustion engine, and includes an exhaust inlet port and a connection opening from which the exhaust gas flows out, wherein a center (O2) of the exhaust inlet port is located on a first axis (I), and a center of the connection opening is located on a second axis (J) different from the first axis; and a tubular member having a tubular shape, wherein the tubular member is located in part of the exhaust flow path, and includes a peripheral wall having an opening to take in the exhaust gas, wherein the tubular member is connected to a nozzle to spray a reducing agent into the tubular member at one end, and has an opening that opens to the connection opening at another end, and wherein, in the tubular member, a center (O1) of a spray port to spray the reducing agent is located on the second axis, wherein the exhaust flow path includes an exhaust flow path portion (S0) leading to the tubular member, and the exhaust flow path portion is offset to one side with respect to a line segment (L14) that connects the center of the exhaust inlet port on the first axis and the center of the spray port on the second axis as viewed in a direction of the second axis, characterized in that the tubular member includes, at the other end, a tip bent inward to form a control blade that spirally diffuses the reducing agent. a flow path forming member that forms an exhaust flow path (S) for exhaust gas discharged from an internal combustion engine, and includes an exhaust inlet port and a connection opening from which the exhaust gas flows out, wherein a center (O2) of the exhaust inlet port is located on a first axis (I), and a center of the connection opening is located on a second axis (J) different from the first axis; and a tubular member having a tubular shape, wherein the tubular member is located in part of the exhaust flow path, and includes a peripheral wall having an opening to take in the exhaust gas, wherein the tubular member is connected to a nozzle to spray a reducing agent into the tubular member at one end, and has an opening that opens to the connection opening at another end, and wherein, in the tubular member, a center (O1) of a spray port to spray the reducing agent is located on the second axis, wherein the exhaust flow path includes an exhaust flow path portion (S0) leading to the tubular member, and the exhaust flow path portion is offset to one side with respect to a line segment (L14) that connects the center of the exhaust inlet port on the first axis and the center of the spray port on the second axis as viewed in a direction of the second axis, characterized in that the tubular member includes, at the other end, a tip bent inward to form a control blade that spirally diffuses the reducing agent.
A method performed by a user equipment, UE, the method comprising: receiving a plurality of downlink reference signals, DL RSs, from a plurality of transmission reception points, TRPs; transmitting a corresponding plurality of uplink reference signals, UL RSs, to the plurality of transmission reception points, TRPs; determining one or more numerology factors for the plurality of TRPs; generating a measurement report for the plurality of TRPs based on the numerology factors; and transmitting the measurement report to a network entity, wherein the measurement report includes a receive-transmit, Rx-Tx, time difference for at least two of the TRPs, wherein the step size used for reporting the Rx-Tx time difference for each TRP depends on a time unit Tc corresponding to the highest sampling rate and on the numerology factor of communications between each TRP and the UE; and wherein the numerology factor of a TRP k is configured separately from configuring of a subcarrier spacing, SCS, of the DL RS received from the TRP k and independent of the SCS of the UL RS transmitted to the TRP k; or wherein the numerology factor of a TRP k is determined based on one or more characteristics of the DL RS received from the TRP k and/or the UL RS transmitted to the TRP k ; or wherein a same numerology factor is assigned for all TRPs. receiving a plurality of downlink reference signals, DL RSs, from a plurality of transmission reception points, TRPs; transmitting a corresponding plurality of uplink reference signals, UL RSs, to the plurality of transmission reception points, TRPs; determining one or more numerology factors for the plurality of TRPs; generating a measurement report for the plurality of TRPs based on the numerology factors; and transmitting the measurement report to a network entity, wherein the measurement report includes a receive-transmit, Rx-Tx, time difference for at least two of the TRPs, wherein the step size used for reporting the Rx-Tx time difference for each TRP depends on a time unit Tc corresponding to the highest sampling rate and on the numerology factor of communications between each TRP and the UE; and wherein the numerology factor of a TRP k is configured separately from configuring of a subcarrier spacing, SCS, of the DL RS received from the TRP k and independent of the SCS of the UL RS transmitted to the TRP k; or wherein the numerology factor of a TRP k is determined based on one or more characteristics of the DL RS received from the TRP k and/or the UL RS transmitted to the TRP k ; or wherein a same numerology factor is assigned for all TRPs.
An integrated circuit , comprising: a shared supply node ; and a plurality of gain stages (460-1, 460-2, 460-3), wherein the plurality of gain stages (460-1, 460-2, 460-3) each comprise: gain stage circuitry (420-1, 420-2, 420-3) disposed in a signal path; a decoupling inductor (430-1, 430-2, 430-3) having a first terminal connected to the shared supply node and a second terminal connected to the gain stage circuitry (420-1, 420-2, 420-3); and a bypass capacitor (440-1, 440-2, 440-3) having a first terminal connected to ground and a second terminal connected to the gain stage circuitry (420-1, 420-2, 420-3) and to the second terminal of the decoupling inductor (430-1, 430-2, 430-3). a shared supply node ; and a plurality of gain stages (460-1, 460-2, 460-3), wherein the plurality of gain stages (460-1, 460-2, 460-3) each comprise: gain stage circuitry (420-1, 420-2, 420-3) disposed in a signal path; a decoupling inductor (430-1, 430-2, 430-3) having a first terminal connected to the shared supply node and a second terminal connected to the gain stage circuitry (420-1, 420-2, 420-3); and a bypass capacitor (440-1, 440-2, 440-3) having a first terminal connected to ground and a second terminal connected to the gain stage circuitry (420-1, 420-2, 420-3) and to the second terminal of the decoupling inductor (430-1, 430-2, 430-3). gain stage circuitry (420-1, 420-2, 420-3) disposed in a signal path; a decoupling inductor (430-1, 430-2, 430-3) having a first terminal connected to the shared supply node and a second terminal connected to the gain stage circuitry (420-1, 420-2, 420-3); and a bypass capacitor (440-1, 440-2, 440-3) having a first terminal connected to ground and a second terminal connected to the gain stage circuitry (420-1, 420-2, 420-3) and to the second terminal of the decoupling inductor (430-1, 430-2, 430-3).
A station, STA , performing communication in a wireless local area network WLAN, the STA comprising: a transceiver configured to receive, from an access point AP, a bandwidth signaling sub-field in a high efficiency signal-A, HE-SIG-A, field included in a high efficiency multi-user physical protocol data unit, HE MU PPDU, indicating a bandwidth of an orthogonal frequency division multiple access physical protocol data unit, OFDMA PPDU, and availability of at least one content channel, wherein the at least one content channel is a content channel of a high efficiency signal-B, HE-SIG-B, field on a downlink signal carried in a primary channel and one or more secondary channels that comprise a plurality of OFDMA PPDUs; and at least one processor configured to identify a bandwidth of the plurality of the OFDMA PPDUs based on the bandwidth signaling sub-field in the HE-SIG-A field included in the HE MU PPDU. a transceiver configured to receive, from an access point AP, a bandwidth signaling sub-field in a high efficiency signal-A, HE-SIG-A, field included in a high efficiency multi-user physical protocol data unit, HE MU PPDU, indicating a bandwidth of an orthogonal frequency division multiple access physical protocol data unit, OFDMA PPDU, and availability of at least one content channel, wherein the at least one content channel is a content channel of a high efficiency signal-B, HE-SIG-B, field on a downlink signal carried in a primary channel and one or more secondary channels that comprise a plurality of OFDMA PPDUs; and at least one processor configured to identify a bandwidth of the plurality of the OFDMA PPDUs based on the bandwidth signaling sub-field in the HE-SIG-A field included in the HE MU PPDU.
A hand drying apparatus that includes a capacitance-detection-type sensor that detects a capacitance generated in a capacitance detection electrode to detect a presence or absence of an object to be detected, the hand drying apparatus comprising a plurality of the capacitance-detection-type sensors , wherein while one of the capacitance-detection-type sensors is in operation, an operation of at least another of the capacitance-detection-type sensors is stopped; a housing that includes a hand insertion portion into which a user is able to insert a hand and an air outlet that communicates with the hand insertion portion; a high-pressure airflow generating device that is disposed in the housing; a hand detection sensor that detects an insertion of a user's hand into the hand insertion portion; and a control unit that, when the hand detection sensor detects a user's hand, drives the high-pressure airflow generating device to cause an airflow to be ejected from the air outlet to the hand insertion portion, wherein the capacitance-detection-type sensors are used as the hand detection sensor, wherein the hand detection sensor is formed by disposing the capacitance-detection-type sensors on two or more surfaces of surfaces that surround the hand insertion portion .
A method for supporting a secondary cell, SCell, addition by a user equipment, UE, the method being performed by the UE and comprising: receiving, Scell information, from a primary cell, PCell, of a first timing advanced group, TAG, wherein the SCell information includes a cell identifier of a SCell of a second TAG and random access channel, RACH, information, and performing a random access procedure with the SCell based on the SCell information in order to add the SCell to the first TAG; and transmitting, to the PCell, a message reporting whether the random access procedure at the SCell has succeeded or not, wherein the RACH information is transmitted from the SCell to the PCell, and the UE receives the RACH information from the PCell, and wherein the RACH information includes information related to a resource region of the SCell which the random access procedure will be performed and information required to generate RACH preamble, and wherein a timing advanced value of the first TAG is different from a timing advanced value of the second TAG. receiving, Scell information, from a primary cell, PCell, of a first timing advanced group, TAG, wherein the SCell information includes a cell identifier of a SCell of a second TAG and random access channel, RACH, information, and performing a random access procedure with the SCell based on the SCell information in order to add the SCell to the first TAG; and transmitting, to the PCell, a message reporting whether the random access procedure at the SCell has succeeded or not, wherein the RACH information is transmitted from the SCell to the PCell, and the UE receives the RACH information from the PCell, and wherein the RACH information includes information related to a resource region of the SCell which the random access procedure will be performed and information required to generate RACH preamble, and wherein a timing advanced value of the first TAG is different from a timing advanced value of the second TAG.
Method for focusing extreme ultraviolet, EUV, radiation, comprising the steps of: - coupling the EUV radiation into an optical input port (A) of a gas-filled capillary discharge waveguide, GFCDW, having a rectilinear capillary filled with a plasma containing free electrons forming a plasma lens for the EUV radiation, wherein the free electrons have a density profile with a minimum density in the center and a maximum density at the wall of the capillary ; and - coupling the EUV radiation transmitted through the GFCDW out of an optical output port (B). - coupling the EUV radiation into an optical input port (A) of a gas-filled capillary discharge waveguide, GFCDW, having a rectilinear capillary filled with a plasma containing free electrons forming a plasma lens for the EUV radiation, wherein the free electrons have a density profile with a minimum density in the center and a maximum density at the wall of the capillary ; and - coupling the EUV radiation transmitted through the GFCDW out of an optical output port (B).
Press membrane for preferably a device for dewatering laundry , having a membrane base and a membrane collar which is integrally moulded thereon and comprises an encircling upper periphery and a peripheral region , which proceeds from the latter, for releasably fastening the membrane collar by means of a fastening ring under a die plate of a press plunger which can be moved up and down, and the membrane collar on its inside has at least one projection for forming a support for the fastening ring , characterized in that the at least one projection forms a temporary support for the fastening ring until connecting the press membrane to the die plate , and the at least one projection is located under a free periphery of the membrane collar surrounding an upper opening across the full area of the press membrane in such a manner that the fastening ring is able to be introduced and/or inserted from above into the membrane collar and is thereafter supported at least temporarily on the at least one projection .