mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting diode comprising: a light emitting structure including a first conductivity type semiconductor layer , an active layer on the first conductivity type semiconductor layer , a second conductivity type semiconductor layer on the active layer , a superlattice structure layer on the second conductivity type semiconductor layer , and a third conductivity type semiconductor layer on the superlattice structure layer ; a light transmission electrode layer on the light emitting structure ; a first electrode connected to the first conductivity type semiconductor layer ; a second electrode electrically connected to the light transmission electrode layer on the light emitting structure ; and an insulating layer extending from a lower portion of the second electrode to an upper portion of the second conductivity type semiconductor layer , wherein the lateral side of the insulating layer contacts with the superlattice structure layer , as well as the second conductivity type semiconductor layer and the third conductivity type semiconductor layer . a light emitting structure including a first conductivity type semiconductor layer , an active layer on the first conductivity type semiconductor layer , a second conductivity type semiconductor layer on the active layer , a superlattice structure layer on the second conductivity type semiconductor layer , and a third conductivity type semiconductor layer on the superlattice structure layer ; a light transmission electrode layer on the light emitting structure ; a first electrode connected to the first conductivity type semiconductor layer ; a second electrode electrically connected to the light transmission electrode layer on the light emitting structure ; and an insulating layer extending from a lower portion of the second electrode to an upper portion of the second conductivity type semiconductor layer , wherein the lateral side of the insulating layer contacts with the superlattice structure layer , as well as the second conductivity type semiconductor layer and the third conductivity type semiconductor layer .
A system for identifying a target anatomic location penetrated to by a medical device distal tip following transtissual progression thereof through a body tissue mass, the system comprising: a cannular member enclosing a cannula lumen opened at a cannula distal end having a sharp edge ; a pusher-probe having a pusher-probe distal end provided in said cannula lumen, said pusher-probe distal end is positionable from a retracted position , being enclosed within said cannula lumen, to a protruding position , in which said pusher-probe distal end protrudes out of said cannula distal end to a length in a range of between a minimal protrusion length (98 min , 210) and a maximal protrusion length (98 max , 211); and characterized in that the system further comprising an actuation mechanism adapted to actuate repeated protrusions of said pusher-probe distal end relative to said cannula distal end including continuous cycles of a protrusion of said pusher-probe distal end relative to said cannula distal end followed by an immediate retraction of said pusher-probe distal end when under a retractive force, configured with cycle durations facilitating uninterrupted transtissual progression with said sharp edge . a cannular member enclosing a cannula lumen opened at a cannula distal end having a sharp edge ; a pusher-probe having a pusher-probe distal end provided in said cannula lumen, said pusher-probe distal end is positionable from a retracted position , being enclosed within said cannula lumen, to a protruding position , in which said pusher-probe distal end protrudes out of said cannula distal end to a length in a range of between a minimal protrusion length (98 min , 210) and a maximal protrusion length (98 max , 211); and characterized in that the system further comprising an actuation mechanism adapted to actuate repeated protrusions of said pusher-probe distal end relative to said cannula distal end including continuous cycles of a protrusion of said pusher-probe distal end relative to said cannula distal end followed by an immediate retraction of said pusher-probe distal end when under a retractive force, configured with cycle durations facilitating uninterrupted transtissual progression with said sharp edge .
A system for motoring a gas turbine engine of an aircraft, the system comprising: an air turbine starter operable to drive rotation of a starting spool of a gas turbine engine of the aircraft in response to compressed air; a starter air valve operable to control delivery of the compressed air to the air turbine starter ; and a controller operable to control motoring of the starting spool of the gas turbine engine by controlling a state of the starter air valve , detect a fault condition that prevents the controller from maintaining a motoring speed below a threshold level, and command a mitigation action that reduces delivery of the compressed air to the air turbine starter based on detection of the fault condition, wherein the fault condition comprises a stuck open position of the starter air valve or a pressure surge of the compressed air. an air turbine starter operable to drive rotation of a starting spool of a gas turbine engine of the aircraft in response to compressed air; a starter air valve operable to control delivery of the compressed air to the air turbine starter ; and a controller operable to control motoring of the starting spool of the gas turbine engine by controlling a state of the starter air valve , detect a fault condition that prevents the controller from maintaining a motoring speed below a threshold level, and command a mitigation action that reduces delivery of the compressed air to the air turbine starter based on detection of the fault condition, wherein the fault condition comprises a stuck open position of the starter air valve or a pressure surge of the compressed air.
A device for adjustably arranging a hinging position of a carrying strap on a container , which container can be carried on a user's back, comprising - a guide rail , which guide rail is arranged on the container, - a hinging element having a support slidable along the guide rail , guided on a first side surface of the guide rail , to which support the carrying strap or the container is hinged, wherein a support surface of the support forms a contact surface with the first side face of the guide rail , biasing means arranged on the support , which biasing means extend from the support to a second side surface of the guide rail and form a force introduction surface on said second side surface , wherein, when the biasing means are operated, a distance between the support surface and the force introduction surface is shortened, wherein the biasing means comprise a lever , which lever is supported in a pivot adjacent to the second side surface and which pivot is non-slidably supported with respect to the support , wherein the first side surface has recesses and the support surface has protrusions and/or the second side surface has recesses and the force introduction surface has protrusions, which recesses and protrusions can be engaged to create a tight fit, characterised in that the lever extends through the guide rail and a lever handle of the lever is arranged adjacent to the first side surface . - a guide rail , which guide rail is arranged on the container, - a hinging element having a support slidable along the guide rail , guided on a first side surface of the guide rail , to which support the carrying strap or the container is hinged, wherein a support surface of the support forms a contact surface with the first side face of the guide rail , biasing means arranged on the support , which biasing means extend from the support to a second side surface of the guide rail and form a force introduction surface on said second side surface , wherein, when the biasing means are operated, a distance between the support surface and the force introduction surface is shortened, wherein the biasing means comprise a lever , which lever is supported in a pivot adjacent to the second side surface and which pivot is non-slidably supported with respect to the support , wherein the first side surface has recesses and the support surface has protrusions and/or the second side surface has recesses and the force introduction surface has protrusions, which recesses and protrusions can be engaged to create a tight fit, characterised in that the lever extends through the guide rail and a lever handle of the lever is arranged adjacent to the first side surface .
A curable composition, comprising: (A) one or more compounds having two or more olefinically unsaturated functional groups and at least one silyl group, and (B) at least one polythiol. (A) one or more compounds having two or more olefinically unsaturated functional groups and at least one silyl group, and (B) at least one polythiol.
A heat exchanger comprising: a plurality of flat tubes each forming a refrigerant flow path; a pair of header pipes connected to respective end parts of each flat tube; a first refrigerant pipe which is connected to a first header pipe of the pair of header pipes and from which a refrigerant flows to an outside of the heat exchanger in a case where the heat exchanger functions as an evaporator; and a plurality of second refrigerant pipes which are connected to the first header pipe and into which the refrigerant flows from the outside of the heat exchanger in a case where the heat exchanger functions as an evaporator, a partition wall separating a space to which the first refrigerant pipe is connected and a space to which the plurality of second refrigerant pipes are connected; an upper-side partition plate separating an inside of the space to which the plurality of second refrigerant pipes are connected into a first refrigerant inflow space to which one of the second refrigerant pipes at an upper portion is connected and a refrigerant outflow space to which the plurality of flat tubes are connected; and a lower-side partition plate separating the inside of the space to which the plurality of second refrigerant pipes are connected into a second refrigerant inflow space to which another one of the second refrigerant pipes at a lower portion is connected and the refrigerant outflow space to which the plurality of flat tubes are connected, characterized in that the upper-side partition plate and the lower-side partition plate are provided with communication holes . a plurality of flat tubes each forming a refrigerant flow path; a pair of header pipes connected to respective end parts of each flat tube; a first refrigerant pipe which is connected to a first header pipe of the pair of header pipes and from which a refrigerant flows to an outside of the heat exchanger in a case where the heat exchanger functions as an evaporator; and a plurality of second refrigerant pipes which are connected to the first header pipe and into which the refrigerant flows from the outside of the heat exchanger in a case where the heat exchanger functions as an evaporator, a partition wall separating a space to which the first refrigerant pipe is connected and a space to which the plurality of second refrigerant pipes are connected; an upper-side partition plate separating an inside of the space to which the plurality of second refrigerant pipes are connected into a first refrigerant inflow space to which one of the second refrigerant pipes at an upper portion is connected and a refrigerant outflow space to which the plurality of flat tubes are connected; and a lower-side partition plate separating the inside of the space to which the plurality of second refrigerant pipes are connected into a second refrigerant inflow space to which another one of the second refrigerant pipes at a lower portion is connected and the refrigerant outflow space to which the plurality of flat tubes are connected, characterized in that the upper-side partition plate and the lower-side partition plate are provided with communication holes .
A blow-by gas filtration assembly which can be fluidly connected to the crankcase ventilation circuit of an internal combustion engine to receive blow-by gases and filter from them the suspended particles contained therein, wherein the filtration assembly has an axis (X-X) and comprises: - a filter group which extends along the axis (X-X) and has a hollow cylindrical shape comprising a central cavity which can be crossed by blow-by gases radially, preferably from the outside to the inside; - a control group that supports and rotates the filter group ; wherein the blow-by gas filtration assembly is characterized in that the control group comprises: i) a hollow shaft extending along the axis (X-X) at least partially inside the filter group to which it is operatively connected, defining an inner duct fluidly connected with the central cavity for the circulation of the blow-by gases; ii) an electric motor comprising a stator and a hollow rotor , wherein the hollow rotor is operatively connected to the hollow shaft positioned thereon, suitable to receive an electromagnetic control action from the stator and command in rotation the hollow shaft and thus the filter group . - a filter group which extends along the axis (X-X) and has a hollow cylindrical shape comprising a central cavity which can be crossed by blow-by gases radially, preferably from the outside to the inside; - a control group that supports and rotates the filter group ; i) a hollow shaft extending along the axis (X-X) at least partially inside the filter group to which it is operatively connected, defining an inner duct fluidly connected with the central cavity for the circulation of the blow-by gases; ii) an electric motor comprising a stator and a hollow rotor , wherein the hollow rotor is operatively connected to the hollow shaft positioned thereon, suitable to receive an electromagnetic control action from the stator and command in rotation the hollow shaft and thus the filter group .
A data traffic analyzer configured for detecting bursty data traffic on a data path, the data traffic analyzer comprising: a measuring unit configured to measure data traffic parameters of the data path , a processor unit configured to analyze the measured data traffic parameters of the data path , wherein the processor unit is configured to detect a bursty traffic pattern upon comparing the measured data traffic parameters to a predefined time interval threshold T Limit which defines gaps between bursty data traffic, wherein, the data traffic analyzer is configured to send a bursty traffic signal to a scheduler upon detecting the bursty traffic pattern wherein the measured data traffic parameters are i) a data traffic volume and/or a protocol data unit, PDU, count transmitted on the data path, and ii) a time stamp T LPU characterizing the last path usage, LPU, of the data path, wherein the processor unit is configured to calculate a time interval T GAP from the measured traffic parameters, which characterizes gaps of the bursty traffic, and wherein the processor unit is configured to trigger a bursty traffic signal if T GAP is larger than T Limit . a measuring unit configured to measure data traffic parameters of the data path , a processor unit configured to analyze the measured data traffic parameters of the data path , wherein the processor unit is configured to detect a bursty traffic pattern upon comparing the measured data traffic parameters to a predefined time interval threshold T Limit which defines gaps between bursty data traffic, wherein, the data traffic analyzer is configured to send a bursty traffic signal to a scheduler upon detecting the bursty traffic pattern wherein the measured data traffic parameters are i) a data traffic volume and/or a protocol data unit, PDU, count transmitted on the data path, and ii) a time stamp T LPU characterizing the last path usage, LPU, of the data path, i) a data traffic volume and/or a protocol data unit, PDU, count transmitted on the data path, and ii) a time stamp T LPU characterizing the last path usage, LPU, of the data path, wherein the processor unit is configured to calculate a time interval T GAP from the measured traffic parameters, which characterizes gaps of the bursty traffic, and wherein the processor unit is configured to trigger a bursty traffic signal if T GAP is larger than T Limit .
Drive unit (1, 1 I , 1 II , 1 III , 1 IV , 1 V , 1 VI , 1 VII , 1 VIII , 1 IX ) comprising a first electric machine (3, 3 I , 3 II , 3 III , 3 IV ) and a second electric machine (5, 5 I , 5 II , 5 III , 5 IV ), which have an output side and a winding region , for providing drive to road wheels, like a single-wheel drive, on one and the same axle of a motor vehicle, wherein each of the electric machines (3, 3 I , 3 II , 3 III , 3 IV ; 5, 5 I , 5 II , 5 III , 5 IV ), which is equipped with a drive axle (15, 15 II , 15 II , 15 III , 15 IV , 17, 17 I , 17 III , 17 IV ), has a drive shaft , via which a drive torque can be introduced into a first transmission (19, 19 I , 19 II , 19 III , 19 IV ), which is drivable by the first electric machine (3, 3 I , 3 II , 3 III , 3 IV ), and a drive torque can be introduced into a second transmission (21, 21 I , 21 II , 21 III ), which is drivable by the second electric machine (5, 5 I , 5 II , 5 III , 5 IV ), wherein the drive axles (15, 15 II , 15 II , 15 III , 15 IV , 17, 17 I , 17 III , 17 IV ) extend parallel to one another, but offset from one another, characterized in that the two electric machines (3, 3 I , 3 II , 3 III , 3 IV , 5, 5 I , 5 II , 5 III , 5 IV ), at least with regard to the winding regions thereof, are arranged in an at least partially overlapping manner and for installation in an installation space of a vehicle, in which the winding regions are to be located between a first side member delimiting the installation space and a second side member delimiting the installation space, in a manner aligned along a longitudinal axis of the vehicle, wherein a planetary gear set (68, 68 I , 69, 69 I , 71, 71 I , 71 II , 73, 73 I , 73 II , 131, 131 I , 133, 133 I ) is connected to at least one output side of one of the electric machines (3, 3 I , 3 II , 3 III , 3 IV ; 5, 5 I , 5 II , 5 III , 5 IV ), which are designed to transmit driving power to two wheel drive shafts (27, 27 I , 27 II , 27 III , 27 IV , 27 V , 107, 107 I , 107 II , 108, 108 I , 108 II , 109), said planetary gear set reducing the speed of the electric machine (3, 3 I , 3 II , 3 III , 3 IV ; 5, 5 I , 5 II , 5 III , 5 IV ) that is applied to one of the road wheels (29, 29 I , 29 II , 31, 31 I , 31 II ), wherein the wheel drive shafts (27, 27 I , 27 II , 27 III , 27 IV , 27 V , 107, 107 I , 107 II , 108, 108 I , 108 II , 109), which are each part of a transmission (19, 19 I , 19 II , 19 III , 19 IV ; 21, 21 I , 21", 21 III ), extend between the drive axles (15, 15 I , 15 II , 15 III , 15 IV , 17, 17 I , 17 III , 17 IV ).
A washing control method for a dishwasher , the dishwasher having a motor to drive a circulation pump for circulating wash water through a circulation hose from a dishwasher compartment towards one or more spray arms of the dishwasher , the washing control method comprising: - detecting , by a flow meter , a flow rate of the wash water in the circulation hose of the dishwasher while washing is performed using the wash water; and - determining , by a control unit , a washing operation based on the detected flow rate of the wash water, wherein determining , by the control unit , the washing operation based on the detected flow rate of the wash water comprises: - determining a motor speed corresponding to the flow rate detected by the flow meter ; - comparing the detected flow rate to a predetermined threshold reference flow rate for the wash water corresponding to the motor speed so determined, and - selecting one of a first washing operation of the dishwasher if the detected flow rate of the wash water does not exceed the predetermined threshold reference flow rate and a second washing operation of the dishwasher if the detected flow rate of the wash water exceeds the predetermined threshold reference flow rate, characterized by - draining of the wash water if the first washing operation of the dishwasher is selected, and - continuing washing using the wash water if the second washing operation of the dishwasher is selected. - detecting , by a flow meter , a flow rate of the wash water in the circulation hose of the dishwasher while washing is performed using the wash water; and - determining , by a control unit , a washing operation based on the detected flow rate of the wash water, - determining a motor speed corresponding to the flow rate detected by the flow meter ; - comparing the detected flow rate to a predetermined threshold reference flow rate for the wash water corresponding to the motor speed so determined, and - selecting one of a first washing operation of the dishwasher if the detected flow rate of the wash water does not exceed the predetermined threshold reference flow rate and a second washing operation of the dishwasher if the detected flow rate of the wash water exceeds the predetermined threshold reference flow rate, characterized by - draining of the wash water if the first washing operation of the dishwasher is selected, and - continuing washing using the wash water if the second washing operation of the dishwasher is selected.
Apparatus for cooling products comprising at least: - a cooling chamber with a conveyor for conveying the products through the cooling chamber , - at least one circulator for circulating a cooling gas within at least a part of the cooling chamber , - a first guiding element for guiding the cooling gas on a first side of the conveyor , - a second guiding element for guiding the cooling gas on a second side of the conveyor , wherein the first guiding element and the second guiding element are arranged within the cooling chamber such that the cooling gas can impinge the first side of the conveyor , and wherein the first guiding element and the second guiding element are oriented obliquely compared to the conveyor , characterized in that the first guiding element and the second guiding element are oriented parallel to each other. - a cooling chamber with a conveyor for conveying the products through the cooling chamber , - at least one circulator for circulating a cooling gas within at least a part of the cooling chamber , - a first guiding element for guiding the cooling gas on a first side of the conveyor , - a second guiding element for guiding the cooling gas on a second side of the conveyor ,