mhurhangee/ep-ind-claims huggingface dataset:
A vehicle-use blowing device, comprising: an intake unit having an external air inlet port, an internal air inlet port, and an internal-external air switching door; and a blowing unit having a suction port that opens in a horizontal direction in a mounted sate of the device on the vehicle, an impeller that forms an airflow (13a, 13b), and an air blowout unit that blows the airflow downward, wherein the intake unit has a bottom wall that inclines to a lower side toward the suction port in a mounted state of the device on the vehicle, characterized in that the intake unit has a water conducting groove in the bottom wall, the water conducting groove extends in a direction approaching the suction port side while traversing the suction port, wherein an overlap region is defined as a region where a region linking a center of rotation (x) of the impeller and the air blowout unit and a region on an inner diameter side of the impeller overlap, wherein a region is defined as a region of a boundary between the intake unit and the blowing unit onto which said overlap rehion is projected, wherein an extremity of the water conducting groove is disposed in said region, and wherein the water conducting groove extremity forms a drainage place for drainage. an intake unit having an external air inlet port, an internal air inlet port, and an internal-external air switching door; and a blowing unit having a suction port that opens in a horizontal direction in a mounted sate of the device on the vehicle, an impeller that forms an airflow (13a, 13b), and an air blowout unit that blows the airflow downward, wherein the intake unit has a bottom wall that inclines to a lower side toward the suction port in a mounted state of the device on the vehicle, characterized in that the intake unit has a water conducting groove in the bottom wall, the water conducting groove extends in a direction approaching the suction port side while traversing the suction port, wherein an overlap region is defined as a region where a region linking a center of rotation (x) of the impeller and the air blowout unit and a region on an inner diameter side of the impeller overlap, wherein a region is defined as a region of a boundary between the intake unit and the blowing unit onto which said overlap rehion is projected, wherein an extremity of the water conducting groove is disposed in said region, and wherein the water conducting groove extremity forms a drainage place for drainage.
An article including a panel of elastic material comprising a plurality of elastic bands, each of the bands configured as a loop surrounding a first aperture; the article characterized by: the panel including an elastic strip having opposed first and second longitudinal edges, wherein the plurality of elastic bands are rupturably connected to the first edge of the elastic strip; and a header formed of a substantially inextensible sheet material, the header being flatly joined to the elastic strip of the panel. the panel including an elastic strip having opposed first and second longitudinal edges, wherein the plurality of elastic bands are rupturably connected to the first edge of the elastic strip; and a header formed of a substantially inextensible sheet material, the header being flatly joined to the elastic strip of the panel.
A method of thickening a water-based system being a paint comprising, adding a desired amount of a storage stable cellulose ether formulation being a dry blend to the water-based system being a paint, said storage stable cellulose ether formulation being a dry blend comprising a) a crosslinked cellulose ether being present in the storage stable cellulose ether formulation being a dry blend in a range of from 50 to 99 weight percent and being crosslinked with a cross linker having a first reactive moiety and a second reactive moiety, said first reactive moiety being an aldehyde and said second reactive moiety being selected from the group consisting of aldehyde, carboxyl, silanol, isocyanate, halomethyl, alkyl tosylate ether, epoxide, and combinations thereof; and b) a solid water soluble partially neutralized polycarboxylic acid effective to provide to said cellulose ether crosslinked with said crosslinker, solubility stability at a temperature of 60 °C for at least 3 days, wherein said solid water soluble partially neutralized polycarboxylic acid has a pKa of 4.2 to 6 and is present in the storage stable cellulose ether formulation being a dry blend in a range of from 0.1 to 20 weight percent. a) a crosslinked cellulose ether being present in the storage stable cellulose ether formulation being a dry blend in a range of from 50 to 99 weight percent and being crosslinked with a cross linker having a first reactive moiety and a second reactive moiety, said first reactive moiety being an aldehyde and said second reactive moiety being selected from the group consisting of aldehyde, carboxyl, silanol, isocyanate, halomethyl, alkyl tosylate ether, epoxide, and combinations thereof; and b) a solid water soluble partially neutralized polycarboxylic acid effective to provide to said cellulose ether crosslinked with said crosslinker, solubility stability at a temperature of 60 °C for at least 3 days, wherein said solid water soluble partially neutralized polycarboxylic acid has a pKa of 4.2 to 6 and is present in the storage stable cellulose ether formulation being a dry blend in a range of from 0.1 to 20 weight percent.
Sensor having a carrier structure with an integrated electronic sensor element, wherein the carrier structure has a cavity for forming a flexible subregion of the carrier structure, wherein the flexible subregion has at least one contact area for establishing a solder connection and is designed to at least partially mechanically decouple the contact area from the sensor element at least in one spatial direction, characterized in that the carrier structure has an electrically conductively lined plated-through hole which extends in the at least one spatial direction, wherein the plated-through hole is closed on one side by a flexible diaphragm transversely to the at least one spatial direction, wherein the flexible diaphragm is designed as the flexible subregion, wherein an interior space in the plated-through hole is designed as the cavity and the contact area is arranged on the diaphragm.
A composition for topical application comprising: (i) benzyl alcohol at a concentration of between 0.1 and 5% w/w; (ii) one or more cationic antimicrobial agent selected from the group consisting of a quaternary ammonium compound, a biguanide, and a combination thereof, wherein the quaternary ammonium compound, if present, is at a concentration of between 0.05 and 1% w/w and the biguanide, if present, is at a concentration of between 0.05 and 3.0% w/w; and (iii) a farnesol emollient at a concentration effective in producing persistent antimicrobial activity after application to the skin, and optionally dipropylene glycol. (i) benzyl alcohol at a concentration of between 0.1 and 5% w/w; (ii) one or more cationic antimicrobial agent selected from the group consisting of a quaternary ammonium compound, a biguanide, and a combination thereof, wherein the quaternary ammonium compound, if present, is at a concentration of between 0.05 and 1% w/w and the biguanide, if present, is at a concentration of between 0.05 and 3.0% w/w; and (iii) a farnesol emollient at a concentration effective in producing persistent antimicrobial activity after application to the skin, and optionally dipropylene glycol.
A display apparatus, comprising: a display panel; a frame provided rear of the display panel; a side cover provided adjacent to sides of the display panel, the side cover including: a side wall; and at least one horizontal part extending in a perpendicular direction of the side wall; and a back cover provided on the side cover, wherein the back cover includes at least one first hole, the horizontal part includes at least one second hole, and the frame includes at least one third hole, wherein the back cover, the horizontal part of the side cover, and the frame are fastened to one another through a fastening member passing through the first, second, and third holes, characterized in that: the side wall comprises: a first side wall disposed in a long side area of the display apparatus; a second side wall disposed in a first short side area of the display apparatus, wherein the first side wall is connected to the second side wall; and a first horizontal part extending from the first side wall is spaced from a second horizontal part of the horizontal part extending from the second side wall with a gap (TG1, TG2) at a corner of the side cover. a display panel; a frame provided rear of the display panel; a side cover provided adjacent to sides of the display panel, the side cover including: a side wall; and at least one horizontal part extending in a perpendicular direction of the side wall; and a side wall; and at least one horizontal part extending in a perpendicular direction of the side wall; and a back cover provided on the side cover, wherein the back cover includes at least one first hole, the horizontal part includes at least one second hole, and the frame includes at least one third hole, wherein the back cover, the horizontal part of the side cover, and the frame are fastened to one another through a fastening member passing through the first, second, and third holes, characterized in that: the side wall comprises: a first side wall disposed in a long side area of the display apparatus; a second side wall disposed in a first short side area of the display apparatus, wherein the first side wall is connected to the second side wall; and a first horizontal part extending from the first side wall is spaced from a second horizontal part of the horizontal part extending from the second side wall with a gap (TG1, TG2) at a corner of the side cover. the side wall comprises: a first side wall disposed in a long side area of the display apparatus; a second side wall disposed in a first short side area of the display apparatus, wherein the first side wall is connected to the second side wall; and a first side wall disposed in a long side area of the display apparatus; a second side wall disposed in a first short side area of the display apparatus, wherein the first side wall is connected to the second side wall; and a first horizontal part extending from the first side wall is spaced from a second horizontal part of the horizontal part extending from the second side wall with a gap (TG1, TG2) at a corner of the side cover.
An ink cartridge for multi-mode printing, the ink cartridge comprising: a number of nozzle pairs, each nozzle pair comprising a primary ink nozzle (414, 602) and a secondary ink nozzle (416, 604), wherein said secondary ink nozzle (416, 604) is placed at a farther distance from a shared ink flow line than a distance at which said primary ink nozzle (414, 602) is placed from said shared ink flow line; and switching circuitry for selectively firing either or both of said nozzles (602, 604) in a selected pair within one of a number of time slots based on a current print mode, characterized in that each nozzle pair is supported by a single addressing line configured to connect said switching circuitry to a control system of a printer. a number of nozzle pairs, each nozzle pair comprising a primary ink nozzle (414, 602) and a secondary ink nozzle (416, 604), wherein said secondary ink nozzle (416, 604) is placed at a farther distance from a shared ink flow line than a distance at which said primary ink nozzle (414, 602) is placed from said shared ink flow line; and switching circuitry for selectively firing either or both of said nozzles (602, 604) in a selected pair within one of a number of time slots based on a current print mode, characterized in that each nozzle pair is supported by a single addressing line configured to connect said switching circuitry to a control system of a printer.
A method for communication between terminals, comprising: receiving, by a terminal, an indication message from a network-side device, wherein the indication message indicates a first time-frequency resource used for transmitting uplink information and a second time-frequency resource used for transmitting sidelink information that are configured for the terminal by the network-side device; and the first time-frequency resource does not overlap the second time-frequency resource; and transmitting, by the terminal to the network-side device on the first time-frequency resource, the uplink information used for performing uplink beamform training, and simultaneously transmitting, to another terminal on the second time-frequency resource, the sidelink information used for performing sidelink beamform training. receiving, by a terminal, an indication message from a network-side device, wherein the indication message indicates a first time-frequency resource used for transmitting uplink information and a second time-frequency resource used for transmitting sidelink information that are configured for the terminal by the network-side device; and the first time-frequency resource does not overlap the second time-frequency resource; and transmitting, by the terminal to the network-side device on the first time-frequency resource, the uplink information used for performing uplink beamform training, and simultaneously transmitting, to another terminal on the second time-frequency resource, the sidelink information used for performing sidelink beamform training.
Pneumatic brake booster having a booster housing, wherein the booster housing has at least two thin-walled shell elements (3, 4) and an elastomer sealing element, wherein the sealing element has a sealing bead, which is of encircling form radially at the outside, and at least one rolling diaphragm portion which adjoins the sealing bead, and the sealing bead is sealingly clamped in a clamping space between the shell elements (3, 4), wherein the clamping space is formed by walls (9, 10, 11, 12) which are generated in the shell elements (3, 4) by deformation, wherein • a rolling-diaphragm-side end wall of the clamping space is formed by an encircling radial shoulder of the first shell element, • a radial outer wall is formed by a tubular projection which extends from the shoulder substantially in an axial direction, • a radial inner wall is formed by a tubular, axially forwardly extending projection, which is folded at its front edge, of the second shell element, a bead-side rear wall of the clamping space is formed by an encircling, radially outwardly projecting collar which is formed on the second shell element, characterized in that, between the rear wall and the outer wall of the clamping space, there is provided at least one positive locking portion which acts in the circumferential direction and axially in the direction of the sealing bead. • a rolling-diaphragm-side end wall of the clamping space is formed by an encircling radial shoulder of the first shell element, • a radial outer wall is formed by a tubular projection which extends from the shoulder substantially in an axial direction, • a radial inner wall is formed by a tubular, axially forwardly extending projection, which is folded at its front edge, of the second shell element, a bead-side rear wall of the clamping space is formed by an encircling, radially outwardly projecting collar which is formed on the second shell element, characterized in that, between the rear wall and the outer wall of the clamping space, there is provided at least one positive locking portion which acts in the circumferential direction and axially in the direction of the sealing bead.
A microstructured optical fiber comprising a solid core extending along the length of a longitudinal axis of the MSF and a cladding region surrounding the core, wherein at least the cladding region comprises a plurality of microstructures in the form of inclusions extending along the longitudinal axis of the MSF in at least a degradation resistant microstructured length section, wherein the degradation resistant microstructured length section comprises hydrogen and/or deuterium, said MSF in at least said degradation resistant microstructured length section further comprises a coating surrounding the cladding region, wherein the coating is hermetic for said hydrogen and/or deuterium at a temperature below T h, wherein T h is at least 50 °C, preferably 50 °C< T h < 250 °C, wherein the cladding region in at least said degradation resistant microstructured length section comprises an inner cladding region comprising the plurality of inclusions and an outer cladding region surrounding the inner cladding region and wherein the radial distance between an outermost inclusion of the inner cladding region and the coating is at least 10 μm and wherein the inner cladding region comprises at least two rings of inclusions.
A computer program element, which when executed by a processor of a medical screening system according to any of claims 7-9, is configured to carry out a method for screening cardiac conditions of a patient, wherein the method comprising the following steps: in a first phase assessment, calculating a cardiac risk value based on pulmonary arterial pressure therapy sensor data by means of a first level of a multi-level procedure, wherein the PAP-therapy sensor data is provided from a PAP-therapy device as sensor data during a PAP-therapy of the patient, wherein the PAP-therapy sensor data comprises sensor data on ventilation pressure, ventilation volume, ventilation airflow rate, or oxygen partial; classifying the cardiac risk value as high, medium, or low by using thresholds defined by a user; and if the cardiac risk value is low, repeat calculating based on input of the user; if the cardiac risk value is medium, repeat calculating the cardiac risk value in a follow up time; if the cardiac risk value is high, performing a second assessment phase; wherein the second assessment phase comprises refining the calculated cardiac risk value based on additional device data by means of a second level of the multi-level procedure to provide a refined cardiac risk value, wherein the additional device data is provided from a second data source by data tracking. in a first phase assessment, calculating a cardiac risk value based on pulmonary arterial pressure therapy sensor data by means of a first level of a multi-level procedure, wherein the PAP-therapy sensor data is provided from a PAP-therapy device as sensor data during a PAP-therapy of the patient, wherein the PAP-therapy sensor data comprises sensor data on ventilation pressure, ventilation volume, ventilation airflow rate, or oxygen partial; classifying the cardiac risk value as high, medium, or low by using thresholds defined by a user; and if the cardiac risk value is low, repeat calculating based on input of the user; if the cardiac risk value is medium, repeat calculating the cardiac risk value in a follow up time; if the cardiac risk value is high, performing a second assessment phase; wherein the second assessment phase comprises refining the calculated cardiac risk value based on additional device data by means of a second level of the multi-level procedure to provide a refined cardiac risk value, wherein the additional device data is provided from a second data source by data tracking.
An apparatus to monitor health information of a valve assembly comprising an actuator and a valve, the apparatus comprising: a collection engine configured to obtain operational health information from the valve assembly in response to the valve assembly beginning a full-stroke valve operation comprising movement of the valve between a fully open position and a fully closed position, the operational health information including a plurality of health parameters of the valve assembly, the plurality of health parameters comprising a travel set point, a position of the valve, a pressure of the actuator, and a drive signal; a parameter calculator configured to calculate an operational value for one of the plurality of health parameters of the valve assembly; and a difference calculator configured to calculate a difference between the operational value for the health parameter of the valve assembly and a baseline value for the health parameter of the valve assembly. a collection engine configured to obtain operational health information from the valve assembly in response to the valve assembly beginning a full-stroke valve operation comprising movement of the valve between a fully open position and a fully closed position, the operational health information including a plurality of health parameters of the valve assembly, the plurality of health parameters comprising a travel set point, a position of the valve, a pressure of the actuator, and a drive signal; a parameter calculator configured to calculate an operational value for one of the plurality of health parameters of the valve assembly; and a difference calculator configured to calculate a difference between the operational value for the health parameter of the valve assembly and a baseline value for the health parameter of the valve assembly.
A stent graft delivery device comprising; an introducer portion, comprising a distal handle portion to remain outside a patient in use and a proximal portion for endovascular introduction into a patient in use; and an elongated extension piece extending from a proximal end of the proximal portion; characterised in that the stent graft delivery device comprises a plurality of auxiliary guide wires extending from the introducer portion through the introducer portion and through the elongate extension piece, wherein the elongate extension piece is selectively separable from the introducer portion; and whereby the stent graft delivery device is introducable into a patient via a femoral artery and the elongated extension piece is maneuverable so as to extend out an artery of the thoracic arch whereby to extend the auxiliary guide wires out of such an artery. an introducer portion, comprising a distal handle portion to remain outside a patient in use and a proximal portion for endovascular introduction into a patient in use; and an elongated extension piece extending from a proximal end of the proximal portion; characterised in that the stent graft delivery device comprises a plurality of auxiliary guide wires extending from the introducer portion through the introducer portion and through the elongate extension piece, wherein the elongate extension piece is selectively separable from the introducer portion; and whereby the stent graft delivery device is introducable into a patient via a femoral artery and the elongated extension piece is maneuverable so as to extend out an artery of the thoracic arch whereby to extend the auxiliary guide wires out of such an artery.