mhurhangee/ep-ind-claims huggingface dataset:
A protection system for preventing embolic material from entering the cerebral vasculature, the protection system comprising: an outer sheath; an articulating distal sheath positioned radially inward of the outer sheath; a filter wire positioned radially inward of the articulating distal sheath; a distal filter portion carried by the filter wire, the distal filter portion configured to be deployed in a first vessel; characterized by a deflector portion positioned radially between the outer sheath and the articulating distal sheath in a pre-deployment configuration, the deflector portion comprising a first lobe configured to seal against an ostium of a second vessel and a second lobe configured to seal against an ostium of a third vessel, wherein in a post-deployment configuration, the distal filter portion is positioned distal to the deflector portion. an outer sheath; an articulating distal sheath positioned radially inward of the outer sheath; a filter wire positioned radially inward of the articulating distal sheath; a distal filter portion carried by the filter wire, the distal filter portion configured to be deployed in a first vessel; characterized by a deflector portion positioned radially between the outer sheath and the articulating distal sheath in a pre-deployment configuration, the deflector portion comprising a first lobe configured to seal against an ostium of a second vessel and a second lobe configured to seal against an ostium of a third vessel, wherein in a post-deployment configuration, the distal filter portion is positioned distal to the deflector portion.
A sensor control device comprising: a first acquisition unit that acquires planimetric feature information including planimetric feature position information related to a position of a planimetric feature; a second acquisition unit that acquires sensor information related to a sensor, the sensor information including at least recognizable range information related to a recognizable range, the recognizable range being a region defined based on a distance at which the sensor can recognize the planimetric feature; and a control unit; characterized in that the sensor control device further comprises a third acquisition unit that acquires current position information of the sensor or a moving object in which the sensor is arranged, wherein the control unit controls the sensor based on the planimetric feature position information acquired by the first acquisition unit, the sensor information acquired by the second acquisition unit, and the current position information acquired by the third acquisition unit, and the control unit is configured to, when the position indicated by the planimetric feature position information is outside the recognizable range, operate the sensor in a first state with a sensitivity lower than when the position indicated by the planimetric feature position information is within the recognizable range. a first acquisition unit that acquires planimetric feature information including planimetric feature position information related to a position of a planimetric feature; a second acquisition unit that acquires sensor information related to a sensor, the sensor information including at least recognizable range information related to a recognizable range, the recognizable range being a region defined based on a distance at which the sensor can recognize the planimetric feature; and a control unit; characterized in that the sensor control device further comprises a third acquisition unit that acquires current position information of the sensor or a moving object in which the sensor is arranged, wherein the control unit controls the sensor based on the planimetric feature position information acquired by the first acquisition unit, the sensor information acquired by the second acquisition unit, and the current position information acquired by the third acquisition unit, and the control unit is configured to, when the position indicated by the planimetric feature position information is outside the recognizable range, operate the sensor in a first state with a sensitivity lower than when the position indicated by the planimetric feature position information is within the recognizable range.
A method of wireless communication at a user equipment, UE, comprising: receiving, from a base station, an uplink grant identifying an uplink configuration including uplink data channel resources identified by the base station as available for the UE, the identified uplink data channel resources comprising one or more granted transmission intervals for one or more channels of a shared radio frequency spectrum band; determining, by the UE, an uplink configuration for using the identified uplink data channel resources for an uplink transmission, wherein the determined configuration is different from the configuration indicated in the uplink grant in that the configuration uses less uplink data channel resources than identified by the base station; and transmitting, using at least a portion of the identified uplink data channel resources, the uplink transmission comprising uplink data and an uplink descriptor channel, the uplink descriptor channel comprising one or more parameters indicating the uplink configuration determined by the UE, including indicating unused uplink data channel resources. receiving, from a base station, an uplink grant identifying an uplink configuration including uplink data channel resources identified by the base station as available for the UE, the identified uplink data channel resources comprising one or more granted transmission intervals for one or more channels of a shared radio frequency spectrum band; determining, by the UE, an uplink configuration for using the identified uplink data channel resources for an uplink transmission, wherein the determined configuration is different from the configuration indicated in the uplink grant in that the configuration uses less uplink data channel resources than identified by the base station; and transmitting, using at least a portion of the identified uplink data channel resources, the uplink transmission comprising uplink data and an uplink descriptor channel, the uplink descriptor channel comprising one or more parameters indicating the uplink configuration determined by the UE, including indicating unused uplink data channel resources.
A pump apparatus comprising: a housing including a suction port and a discharge port; a shaft rotatably supported in the housing; a rotator (16, 17) disposed in the housing, the rotator (16, 17) being configured to rotate in accordance with rotation of the shaft so as to transfer hydraulic oil to the discharge port, the hydraulic oil being sucked from the suction port; characterised by further comprising a pressure relief passage defined in a portion of the housing facing an outer peripheral surface of the shaft, the pressure relief passage being configured to bring the discharge port into communication with a low pressure region where the hydraulic oil is low in pressure; and a bearing disposed on the pressure relief passage, the bearing supporting the shaft such that the shaft is rotatable relative to the housing, wherein when a pressure of the hydraulic oil in the discharge port is lower than a first predetermined pressure, the bearing keeps the pressure relief passage out of communication with an adjacent hydraulic oil passage, when the pressure of the hydraulic oil in the discharge port has increased to reach or exceed the first predetermined pressure, the bearing axially moves relative to the housing so as to bring the pressure relief passage into communication with the adjacent hydraulic oil passage. a housing including a suction port and a discharge port; a shaft rotatably supported in the housing; a rotator (16, 17) disposed in the housing, the rotator (16, 17) being configured to rotate in accordance with rotation of the shaft so as to transfer hydraulic oil to the discharge port, the hydraulic oil being sucked from the suction port; characterised by further comprising a pressure relief passage defined in a portion of the housing facing an outer peripheral surface of the shaft, the pressure relief passage being configured to bring the discharge port into communication with a low pressure region where the hydraulic oil is low in pressure; and a bearing disposed on the pressure relief passage, the bearing supporting the shaft such that the shaft is rotatable relative to the housing, wherein when a pressure of the hydraulic oil in the discharge port is lower than a first predetermined pressure, the bearing keeps the pressure relief passage out of communication with an adjacent hydraulic oil passage, when the pressure of the hydraulic oil in the discharge port has increased to reach or exceed the first predetermined pressure, the bearing axially moves relative to the housing so as to bring the pressure relief passage into communication with the adjacent hydraulic oil passage.
A fluid actuation system for controlling a high velocity ambient fluid flow, comprising: an interior actuation mechanism comprising at least a first diaphragm and a first plenum, the first diaphragm adapted to expel fluid from the first plenum through an exit aperture; and a peripheral actuation mechanism comprising a second diaphragm and a third diaphragm encompassing a second plenum fluidically coupled to the first plenum, the second diaphragm and the third diaphragm adapted to expel fluid from the second plenum into the first plenum, characterized in that the peripheral actuation mechanism is connected to the interior actuation mechanism such that the first diaphragm, the second diaphragm, and the third diaphragm are aligned along an axis and stacked on top of one another. an interior actuation mechanism comprising at least a first diaphragm and a first plenum, the first diaphragm adapted to expel fluid from the first plenum through an exit aperture; and a peripheral actuation mechanism comprising a second diaphragm and a third diaphragm encompassing a second plenum fluidically coupled to the first plenum, the second diaphragm and the third diaphragm adapted to expel fluid from the second plenum into the first plenum, characterized in that the peripheral actuation mechanism is connected to the interior actuation mechanism such that the first diaphragm, the second diaphragm, and the third diaphragm are aligned along an axis and stacked on top of one another.
A password input method, applied to a terminal system including input of password and comprising: setting a group length, wherein the group length is of two or more characters; when a password character is input, acquiring an input serial number of the current input character; comparing the input serial number with the group length and determining whether the input serial number is one more than an integer multiple of a group length or not; if so, displaying the current input character as plaintext character, and displaying the input characters before the current input character as hidden characters; and if not, displaying the current input character as plain text character, and keeping a display mode of other input characters unchanged; after a password character is deleted, acquiring an input serial number of a last input character, and determining whether the input serial number of the last input character is an integer multiple of the group length or not; if so, recovering a last string of input characters, of which the number is equal to the group length, to plaintext to display; and if not, keeping a display mode of other input characters unchanged; and after all password characters are input, implementing a password authentication and displaying all input password characters when the password authentication fails. setting a group length, wherein the group length is of two or more characters; when a password character is input, acquiring an input serial number of the current input character; comparing the input serial number with the group length and determining whether the input serial number is one more than an integer multiple of a group length or not; if so, displaying the current input character as plaintext character, and displaying the input characters before the current input character as hidden characters; and if not, displaying the current input character as plain text character, and keeping a display mode of other input characters unchanged; after a password character is deleted, acquiring an input serial number of a last input character, and determining whether the input serial number of the last input character is an integer multiple of the group length or not; if so, recovering a last string of input characters, of which the number is equal to the group length, to plaintext to display; and if not, keeping a display mode of other input characters unchanged; and after all password characters are input, implementing a password authentication and displaying all input password characters when the password authentication fails.
A refrigerator shelf assembly (10, 100), comprising: a pair of metal shelf brackets (12, 13),, wherein each of the pair of shelf brackets (12, 13, 112, 113) comprises a shelf arm (30, 31) and a shelf panel support flange (40, 41, 140, 141), wherein each shelf arm (30, 31) is disposed in substantially parallel spaced relationship to the other shelf arm (30, 31) a shelf panel (11, 111) having an upper surface and a planar lower surface; and an adhesive located between each shelf panel support flange (40, 41, 140, 141) and the lower surface (25, 125) of the shelf panel (11, 111) for directly adhesively bonding the same to each other so that the adhesive is the sole connection between the shelf panel (11, 111) and each of the pair of shelf brackets (12, 13, 112, 113), characterized in that planar upper surfaces of each of the shelf panel support flanges are in a substantially common plane with the planar lower surface of the shelf panel, and each of the shelf panel support flanges (40, 41, 140, 141) comprises a reservoir between adjacent planar upper surfaces the reservoir opening in a direction toward the lower surface (25, 125) of the shelf panel, and wherein the adhesive is at least partially located in the reservoir. a pair of metal shelf brackets (12, 13),, wherein each of the pair of shelf brackets (12, 13, 112, 113) comprises a shelf arm (30, 31) and a shelf panel support flange (40, 41, 140, 141), wherein each shelf arm (30, 31) is disposed in substantially parallel spaced relationship to the other shelf arm (30, 31) a shelf panel (11, 111) having an upper surface and a planar lower surface; and an adhesive located between each shelf panel support flange (40, 41, 140, 141) and the lower surface (25, 125) of the shelf panel (11, 111) for directly adhesively bonding the same to each other so that the adhesive is the sole connection between the shelf panel (11, 111) and each of the pair of shelf brackets (12, 13, 112, 113), characterized in that planar upper surfaces of each of the shelf panel support flanges are in a substantially common plane with the planar lower surface of the shelf panel, and each of the shelf panel support flanges (40, 41, 140, 141) comprises a reservoir between adjacent planar upper surfaces the reservoir opening in a direction toward the lower surface (25, 125) of the shelf panel, and wherein the adhesive is at least partially located in the reservoir.
An aqueous cleaning composition for removing dry etch residues from an electronic device while preventing corrosion of metal line materials, the composition comprising: a fluoride ion supply source in an amount that gives a fluoride ion concentration of 0.05-30 mmol/L in the composition; a cation supply source in an amount that gives a mole ratio of cations of 0.3-20 to the fluoride ions in the composition; and 0.0001-10 mass% of one or more kinds of compounds selected from a C 4-13 alkylphosphonic acid, a C 4-13 alkylphosphonate ester, a C 4-13 alkyl phosphate and a salt thereof, with respect to the total amount of the composition, wherein pH is in a range of 2-6, wherein the cation supply source is selected from the group consisting of ammonium nitrate, sodium sulfate, potassium nitrate, potassium sulfate, potassium hexafluorophosphate, tetramethylammonium nitrate, lithium sulfate, rubidium sulfate, and potassium hydroxide, and wherein, in the calculation of the mole ratio of cations to the fluoride ions (molar concentration of cation/molar concentration of fluoride ion), protons derived from Component are not included in the molar concentration of cation and, when a compound other than hydrogen fluoride is used as Component, calculation is carried out by using the sum of the molar concentration of cation derived from Component and the molar concentration of cation derived from Component as the molar concentration of cation above. a fluoride ion supply source in an amount that gives a fluoride ion concentration of 0.05-30 mmol/L in the composition; a cation supply source in an amount that gives a mole ratio of cations of 0.3-20 to the fluoride ions in the composition; and 0.0001-10 mass% of one or more kinds of compounds selected from a C 4-13 alkylphosphonic acid, a C 4-13 alkylphosphonate ester, a C 4-13 alkyl phosphate and a salt thereof, with respect to the total amount of the composition, wherein pH is in a range of 2-6, wherein the cation supply source is selected from the group consisting of ammonium nitrate, sodium sulfate, potassium nitrate, potassium sulfate, potassium hexafluorophosphate, tetramethylammonium nitrate, lithium sulfate, rubidium sulfate, and potassium hydroxide, and wherein, in the calculation of the mole ratio of cations to the fluoride ions (molar concentration of cation/molar concentration of fluoride ion), protons derived from Component are not included in the molar concentration of cation and, when a compound other than hydrogen fluoride is used as Component, calculation is carried out by using the sum of the molar concentration of cation derived from Component and the molar concentration of cation derived from Component as the molar concentration of cation above.
Fluid-tight contact lead-through through a plastic body, having at least one flat contact (1, 1') showing one or more cross-sectional differences on an overmoulded segment, whereby a permanently elastic sealant is introduced between the boundary zones of the at least one flat contact (1, 1') and the plastic body characterised in that the plastic body is composed of a non-shrinking thermoset material, and that the sealant is introduced by a vacuum or pressure impregnation process after the thermoset material has cured.
A packaged product comprising a combination of a concentrated particulate detergent composition and a package, said package comprising a unitary dosing device and closure, comprising a narrow dispensing aperture and comprises at least one transparent portion characterized in that the packaged product is adapted for use with the machine drawer of most front loading automatic washing machine,wherein at least 70 % by number of particles of the composition comprise a high-surfactant core and a hard coating and each particle has perpendicular dimensions x, y and z wherein x is from 0.2 to 2mm, y is from 2.5 to 8mm and z is from 2.5 to 8mm, and wherein the narrow dispensing aperture is preferably 2-5 cm in diameter.
A method of performing multicast in a network, the method comprising: receiving a message at a particular endpoint of a network, the message specifying a particular multicast group (901, 902); replicating the message to a first set of endpoints belonging to the particular multicast group (901, 902), wherein the first set of endpoints are located in a local segment of the network that includes the particular endpoint; and replicating the message to a second set of endpoints belonging to the particular multicast group by replicating the message to the particular multicast group (901, 902) in a respective remote segment (102, 103, 104) of the network; characterised by: replicating the message to the second set of endpoints belonging to the particular multicast group (901, 902) by replicating the message to a set of proxies (121, 131, 141) that are selected for the particular multicast group, each proxy for forwarding the message to a set of endpoints belonging to the particular multicast group in a respective remote segment (102, 103, 104) of the network, wherein each multicast group (901, 902) in a plurality of multicast groups has a designated proxy (942, 941) in the respective remote segment, at least two of the multicast groups having different designated proxies in the respective remote segment. receiving a message at a particular endpoint of a network, the message specifying a particular multicast group (901, 902); replicating the message to a first set of endpoints belonging to the particular multicast group (901, 902), wherein the first set of endpoints are located in a local segment of the network that includes the particular endpoint; and replicating the message to a second set of endpoints belonging to the particular multicast group by replicating the message to the particular multicast group (901, 902) in a respective remote segment (102, 103, 104) of the network; replicating the message to the second set of endpoints belonging to the particular multicast group (901, 902) by replicating the message to a set of proxies (121, 131, 141) that are selected for the particular multicast group, each proxy for forwarding the message to a set of endpoints belonging to the particular multicast group in a respective remote segment (102, 103, 104) of the network, wherein each multicast group (901, 902) in a plurality of multicast groups has a designated proxy (942, 941) in the respective remote segment, at least two of the multicast groups having different designated proxies in the respective remote segment.
A trolley, in particular ward trolley and care trolley for hospitals, nursing homes and other health care establishments, comprising a movable cabinet element which serves to receive, inter alia, a computer system, and comprising a monitor which is arranged in a rotatable manner on a carrier tube, comprising a touch screen which is completely encapsulated and carries a cover plate made of a transparent material on the front side, characterized in that the cabinet element comprises a cabinet bottom part and a cabinet top part, wherein the cabinet top part can be displaced with respect to the cabinet bottom part in the direction of height, wherein a column which carries the cabinet top part is provided, which column comprises two individual tubes (21, 22) which are arranged side by side and which can be telescoped, wherein the one of the two individual tubes (21, 22) provides a cable channel and the other one of the two individual tubes (21, 22) receives an electromotive drive.
1-kestose and/or nystose and a divalent metal cation for use in ameliorating, treatment or prevention of allergic diseases, wherein 1-kestose and/or nystose and the divalent metal cation act as a cell-cell adhesion enhancer for activation of epithelial cells, and wherein the divalent metal cation is a calcium ion.