mhurhangee/ep-ind-claims huggingface dataset:
A coupling system for connecting a tube set to a trocar comprising: a) a multi-lumen trocar having a housing that includes a connector, the connector having a plurality of coaxial flow passages (222, 224, 226) defined therein by a plurality of concentric annular walls; b) a multi-lumen tube set including a plurality of tubes arranged in a parallel relationship; and c) a coupling including a generally cylindrical body having a first end portion adapted and configured to selectively mate with the coaxial flow passages (222, 224, 226) of the connector of the trocar and a second end portion adapted and configured for attachment to the parallel tubes of the tube set. a) a multi-lumen trocar having a housing that includes a connector, the connector having a plurality of coaxial flow passages (222, 224, 226) defined therein by a plurality of concentric annular walls; b) a multi-lumen tube set including a plurality of tubes arranged in a parallel relationship; and c) a coupling including a generally cylindrical body having a first end portion adapted and configured to selectively mate with the coaxial flow passages (222, 224, 226) of the connector of the trocar and a second end portion adapted and configured for attachment to the parallel tubes of the tube set.
Method of receiving, by a terminal, a message (M') from a server, via a telecommunications network, this message comprising metadata (META) defining, in association with at least one multimedia content, a challenge for presenting to a user of the terminal, an expected response to this challenge, and access data (@CONT) to said at least one multimedia content on said server, said metadata combining the information required for executing said challenge on said terminal, the reception method comprising: - a step (E220, E230) of downloading said at least one multimedia content on the basis of said access data; - a step (E240, E250) of presenting the challenge defined by the metadata by a challenge presentation module installed on the terminal, this presentation step comprising: o a step of presenting, to the user of the terminal, at least one user interface page with the challenge; o a step of obtaining a response from the user to this challenge; o a step of verifying whether the response obtained from the user matches the expected response to the challenge as defined in the metadata; and o a step of rendering or not rendering said multimedia content in full depending on whether the response obtained from the user matches or does not match the expected response to the challenge. - a step (E220, E230) of downloading said at least one multimedia content on the basis of said access data; - a step (E240, E250) of presenting the challenge defined by the metadata by a challenge presentation module installed on the terminal, this presentation step comprising: o a step of presenting, to the user of the terminal, at least one user interface page with the challenge; o a step of obtaining a response from the user to this challenge; o a step of verifying whether the response obtained from the user matches the expected response to the challenge as defined in the metadata; and o a step of rendering or not rendering said multimedia content in full depending on whether the response obtained from the user matches or does not match the expected response to the challenge. o a step of presenting, to the user of the terminal, at least one user interface page with the challenge; o a step of obtaining a response from the user to this challenge; o a step of verifying whether the response obtained from the user matches the expected response to the challenge as defined in the metadata; and o a step of rendering or not rendering said multimedia content in full depending on whether the response obtained from the user matches or does not match the expected response to the challenge.
A method of transmitting a paging message, which is transmitted to a user equipment, UE, 1 by a base station in a wireless communication system, the method being characterized by: selecting at least one transmission path from among a first transmission path for directly transmitting the paging message to the UE 1 based on data type information of a downlink data to be transmitted to the UE 1 and a second transmission path for transmitting the paging message to the UE 1 through a UE 2 that relays data transmission and reception between the UE 1 and the base station; and transmitting the paging message to the UE 1 via the selected transmission path, wherein the paging message transmitting step transmits the paging message in accordance with at least one paging message monitoring time selected from among paging message monitoring time of the UE 1 and paging message monitoring time of the UE 2, wherein the first transmission path corresponds to a transmission path on which the paging message is transmitted to the UE 1 by the base station via Uu interface, and wherein when the base station transmits the paging message to the UE 2 via the Uu interface, the second transmission path corresponds to a transmission path on which the paging message is transmitted (S211, S213) to the UE 1 by the UE 2 via PC5 interface. selecting at least one transmission path from among a first transmission path for directly transmitting the paging message to the UE 1 based on data type information of a downlink data to be transmitted to the UE 1 and a second transmission path for transmitting the paging message to the UE 1 through a UE 2 that relays data transmission and reception between the UE 1 and the base station; and transmitting the paging message to the UE 1 via the selected transmission path, wherein the paging message transmitting step transmits the paging message in accordance with at least one paging message monitoring time selected from among paging message monitoring time of the UE 1 and paging message monitoring time of the UE 2, wherein the first transmission path corresponds to a transmission path on which the paging message is transmitted to the UE 1 by the base station via Uu interface, and wherein when the base station transmits the paging message to the UE 2 via the Uu interface, the second transmission path corresponds to a transmission path on which the paging message is transmitted (S211, S213) to the UE 1 by the UE 2 via PC5 interface.
A speech aid device comprising: a mount configured to couple to a head of a user; at least one sonic signal transmitter coupled to the mount; and a power supply electrically coupled to the at least one sonic signal transmitter, wherein the at least one sonic signal transmitter is configured to transmit a sonic signal into a nasal cavity of the user when the mount is coupled to the head of the user, wherein the at least one sonic signal transmitter comprises at least one speaker and at least one tube extending from the at least one speaker, wherein the at least one tube is configured to be received within a nostril of the user, and wherein the at least one speaker is configured to transmit the sonic signal into the nostril via the at least one tube. a mount configured to couple to a head of a user; at least one sonic signal transmitter coupled to the mount; and a power supply electrically coupled to the at least one sonic signal transmitter, wherein the at least one sonic signal transmitter is configured to transmit a sonic signal into a nasal cavity of the user when the mount is coupled to the head of the user, wherein the at least one sonic signal transmitter comprises at least one speaker and at least one tube extending from the at least one speaker, wherein the at least one tube is configured to be received within a nostril of the user, and wherein the at least one speaker is configured to transmit the sonic signal into the nostril via the at least one tube.
A composition comprising: (a) a metal salixarate; (b) 0.01 to 6 weight percent of the composition on an oil-free basis, of a dispersant viscosity modifier selected from the group consisting of (a) an olefin copolymer grafted with an unsaturated dicarboxylic acid anhydride or derivatives thereof and an amine; (b) a polymethacrylate functionalised with an amine; (c) an esterified copolymer comprising (i) styrene, (ii) an unsaturated dicarboxylic acid anhydride or derivatives thereof, optionally functionalised with an amine; and mixtures thereof; (c) an oil of lubricating viscosity, wherein the composition contains 400 ppm or less of phosphorus derived from a metal hydrocarbyl dithiophosphate; and wherein the total sulphated ash content is below 1.5 weight percent. (a) a metal salixarate; (b) 0.01 to 6 weight percent of the composition on an oil-free basis, of a dispersant viscosity modifier selected from the group consisting of (a) an olefin copolymer grafted with an unsaturated dicarboxylic acid anhydride or derivatives thereof and an amine; (b) a polymethacrylate functionalised with an amine; (c) an esterified copolymer comprising (i) styrene, (ii) an unsaturated dicarboxylic acid anhydride or derivatives thereof, optionally functionalised with an amine; and mixtures thereof; (c) an oil of lubricating viscosity,
An improved method for automatically closing a tailgate of a motor vehicle equipped with at least one distance sensor (101; 102; 103), characterized in that it includes the step consisting in conditioning the automatic closing operation of the tailgate in particular carrying out the following operations consisting in: - detecting an element close to a boundary of the detection zone, during an initial measurement campaign; - carrying out a filtering on distance information determined during measurement campaigns close to the initial measurement campaign to confirm the presence of the element outside a detection zone. - detecting an element close to a boundary of the detection zone, during an initial measurement campaign; - carrying out a filtering on distance information determined during measurement campaigns close to the initial measurement campaign to confirm the presence of the element outside a detection zone.
A composition of matter comprising: - at least 85% w/w of -5,9-dimethyldeca-3,8-dien-5-ol; and - at most 15% w/w of -5,9-dimethyldeca-3,8-dien-5-ol; the percentage being relative to the total weight of the composition of matter. - at least 85% w/w of -5,9-dimethyldeca-3,8-dien-5-ol; and - at most 15% w/w of -5,9-dimethyldeca-3,8-dien-5-ol;
An anti-poking encryption keyboard, comprising a keyboard panel and a lining plate, a water-proof silicone rubber, a main control board and a bottom board which are assembled below the keyboard panel in sequence, characterized in that a protrusion ring is provided on a periphery of a surface of the lining plate abutting against the water-proof silicone rubber; wherein the anti-poking encryption keyboard comprises the lining plate pressing the water-proof silicone rubber, a thickness of the pressed water-proof silicone rubber at a position corresponding to the protrusion ring being less than 0.2 mm; and the lining plate being made of metal material.
A probe comprising: a transducer configured to transmit and receive ultrasonic waves and installed to be rotatable; a driving device configured to rotate the transducer; a plurality of wires (228A, 228B) configured to transmit power of the driving device to the transducer;a handle case configured to accommodate the driving device therein; a cap coupled to the handle case to accommodate the transducer therein, and filled with oil; and a diaphragm formed of a deformable material and disposed between the cap and the handle case, wherein the diaphragm is fixedly installed by allowing the plurality of wires (228A, 228B) to pass there through; characterized by a shaft connected to a rotational center of the transducer, wherein the plurality of wires include a first wire connected to one side of the shaft so that the shaft is configured to rotate in a first direction and a second wire connected to the other side of the shaft so that the shaft is configured to rotate in a second direction; the plurality of wires (228A, 228B) are fixed to the diaphragm and are configured to move while wound around the shaft to rotate the transducer; the diaphragm comprises a first deforming portion through which the first wire passes to be fixedly installed therein and which is deformed according to movement of the first wire, and a second deforming portion through which the second wire passes to be fixedly installed therein and which is deformed according to movement of the second wire. a transducer configured to transmit and receive ultrasonic waves and installed to be rotatable; a driving device configured to rotate the transducer; a plurality of wires (228A, 228B) configured to transmit power of the driving device to the transducer;a handle case configured to accommodate the driving device therein; a cap coupled to the handle case to accommodate the transducer therein, and filled with oil; and a diaphragm formed of a deformable material and disposed between the cap and the handle case, wherein the diaphragm is fixedly installed by allowing the plurality of wires (228A, 228B) to pass there through; characterized by a shaft connected to a rotational center of the transducer, wherein the plurality of wires include a first wire connected to one side of the shaft so that the shaft is configured to rotate in a first direction and a second wire connected to the other side of the shaft so that the shaft is configured to rotate in a second direction; the plurality of wires (228A, 228B) are fixed to the diaphragm and are configured to move while wound around the shaft to rotate the transducer; the diaphragm comprises a first deforming portion through which the first wire passes to be fixedly installed therein and which is deformed according to movement of the first wire, and a second deforming portion through which the second wire passes to be fixedly installed therein and which is deformed according to movement of the second wire.
Method for adapting the closing speed of a motorized leaf, the leaf being moved between an open position and a closed position by means of a motorized assistance system, the method comprising the following steps: a) determine, during a closing operation of a leaf, the veracity of at least one predefined condition relating to a parameter characterizing the closing operation of the leaf, the closing operation being carried out at an initial closing speed Vi; b) repeat step a) over a predetermined number X of closing operations of said leaf, defining a measurement cycle, c) count the number of times the predefined condition tested in step a) is verified on said number X of closing operations, and calculate a veracity rate (Tx) of said predefined condition tested on said number X of closing operations; d) perform a suitability test of the opening initial closing speed (Vi) by comparing the veracity ratio (Tx) determined in step c) with a reference ratio (Tref) or a reference interval; and e) whether to control a change in the initial closing speed (Vi) according to the result of this comparison. a) determine, during a closing operation of a leaf, the veracity of at least one predefined condition relating to a parameter characterizing the closing operation of the leaf, the closing operation being carried out at an initial closing speed Vi; b) repeat step a) over a predetermined number X of closing operations of said leaf, defining a measurement cycle, c) count the number of times the predefined condition tested in step a) is verified on said number X of closing operations, and calculate a veracity rate (Tx) of said predefined condition tested on said number X of closing operations; d) perform a suitability test of the opening initial closing speed (Vi) by comparing the veracity ratio (Tx) determined in step c) with a reference ratio (Tref) or a reference interval; and e) whether to control a change in the initial closing speed (Vi) according to the result of this comparison.
A power control method, comprising: configuring, by a first communication node for a second communication node, an association between a first power control parameter and reference signal information; configuring, by the first communication node for the second communication node, a reference signal resource set including a plurality of reference signal resources; and sending, by the first communication node, an indication indicating a reference signal of a transmission to a second communication node, wherein the reference signal and the association are used by the second communication node to determine a second power control parameter of the transmission, wherein for a codebook based transmission, the association is between the first power control parameter and each of the plurality of reference signal resources, and wherein for a non codebook based transmission, the association is between the first power control parameter and each of at least a part of possible combinations of the plurality of reference signal resources. configuring, by a first communication node for a second communication node, an association between a first power control parameter and reference signal information; configuring, by the first communication node for the second communication node, a reference signal resource set including a plurality of reference signal resources; and sending, by the first communication node, an indication indicating a reference signal of a transmission to a second communication node, wherein the reference signal and the association are used by the second communication node to determine a second power control parameter of the transmission, wherein for a codebook based transmission, the association is between the first power control parameter and each of the plurality of reference signal resources, and wherein for a non codebook based transmission, the association is between the first power control parameter and each of at least a part of possible combinations of the plurality of reference signal resources.
Syndiotactic polystyrene (s-PS) in disordered nanoporous crystalline form, characterized by an X-ray diffraction spectrum as measured by an automatic powder diffractometer, wherein at 2θ (CuKα) < 15° there are present only two peaks with maxima in the intervals 8.7° < 2θ (CuKα) < 9.8° and 13.0° < 2θ (CuKα) < 13.8° and with a half height width of at least 2°.
A method of controlling remote communication with an Internet of Things, IoT, proximal network comprising one or more IoT devices (110-118, 301-303), the method comprising: detecting presence of an IoT user device in the IoT proximal network; determining if one or more remote communication criteria for disabling remote communication with the one or more IoT devices in the IoT proximal network are met; and disabling the remote communication if the IoT user device is present in the IoT proximal network and if the remote communication criteria for disabling the remote communication are met. detecting presence of an IoT user device in the IoT proximal network; determining if one or more remote communication criteria for disabling remote communication with the one or more IoT devices in the IoT proximal network are met; and disabling the remote communication if the IoT user device is present in the IoT proximal network and if the remote communication criteria for disabling the remote communication are met.
A dispensing assembly comprising a container containing a liquid carbonated beverage to be dispensed, a dispensing tube bringing in fluid communication with ambient the volume inside the container containing the liquid carbonated beverage, said dispensing tube having a flexible, resilient portion (10D ending in an outlet of diameter, D, and being engaged in a pinch valve system comprising a squeezing member suitable for squeezing and obturating a section of the flexible portion located at a distance, h, from the outlet, wherein the squeezing member comprises two complementary surfaces which can be moved relative to each other to be brought together with the flexible portion of the dispensing tube caught in between, and wherein at least one of the two complementary surfaces has a rounded portion in contact with the flexible tube portion of radius comprised between 0.2 and 3 mm, characterized in that, the ratio, h / D, of the distance, h, to the outlet diameter, D, is not more than 1.5, preferably, not more than 1.0.
A heat exchanger comprising a first heat exchanger disposed on upstream side of a heat exchange fluid and a second heat exchanger disposed on downstream side of the heat exchange fluid, the first heat exchanger and the second heat exchanger being connected in series in a flow path of a heat medium, wherein the heat exchanger is configured to allow the heat medium to flow from the first heat exchanger to the second heat exchanger so as to be parallel to the flow of the heat exchange fluid when the heat exchanger serves as an evaporator, and allow the heat medium to flow from the second heat exchanger to the first heat exchanger so as to be opposed to the flow of the heat exchange fluid when the heat exchanger serves as a condenser, and a sum of flow path volume of first heat-transfer tubes of the first heat exchanger is smaller than a sum of flow path volume of second heat-transfer tubes of the second heat exchanger and a pitch between the first heat-transfer tubes is smaller than a pitch between the second heat-transfer tubes, characterized in that a sum of in-tube heat transfer areas of the first heat-transfer tubes is larger than a sum of in-tube heat transfer areas of the second heat-transfer tubes. allow the heat medium to flow from the first heat exchanger to the second heat exchanger so as to be parallel to the flow of the heat exchange fluid when the heat exchanger serves as an evaporator, and allow the heat medium to flow from the second heat exchanger to the first heat exchanger so as to be opposed to the flow of the heat exchange fluid when the heat exchanger serves as a condenser, and
A cyclone separation device comprising: a swirl chamber that swirls, along a side wall thereof, dust-containing air entered from a primary and a secondary inlets (40, 42) of the swirl chamber, and separates dust from the dust-containing air; a dust collection chamber that collects the dust separated by the swirl chamber; a discharge pipe having a discharge opening for discharging air in the swirl chamber; an inlet pipe that allows the dust-containing air to flow from the primary inlet into the swirl chamber characterized in that the cyclone separation device further comprises; a bypass inlet connected to the inlet pipe; and a bypass inlet airflow passage that allows the dust-containing air to enter thereinto from the bypass inlet and to flow from the secondary inlet into the swirl chamber. a swirl chamber that swirls, along a side wall thereof, dust-containing air entered from a primary and a secondary inlets (40, 42) of the swirl chamber, and separates dust from the dust-containing air; a dust collection chamber that collects the dust separated by the swirl chamber; a discharge pipe having a discharge opening for discharging air in the swirl chamber; an inlet pipe that allows the dust-containing air to flow from the primary inlet into the swirl chamber a bypass inlet connected to the inlet pipe; and a bypass inlet airflow passage that allows the dust-containing air to enter thereinto from the bypass inlet and to flow from the secondary inlet into the swirl chamber.