mhurhangee/patent-ind-claim-en huggingface dataset:
A support device for a two-part furniture flap of an item of furniture , the furniture flap having a first flap portion and a second flap portion , the support device comprising: - a housing to be fixed to a furniture carcass of the item of furniture , - a transmission portion configured to establish a setting angle of the second flap portion in dependence on a setting angle of the first flap portion , - a first hinge lever which is arranged on a first articulation point of the transmission portion and which is hingedly connected to the housing , - a second hinge lever arranged on a second articulation point of the transmission portion , - a guide portion configured to be fixed to an inside of the first flap portion of the furniture flap , the guide portion being configured for, preferably linearly, guiding the transmission portion along the first flap portion , - a first hinged connection for connecting the housing to the guide portion , and - a second hinged connection for connecting the guide portion to the second hinge lever and for fastening the second flap portion of the furniture flap . - a housing to be fixed to a furniture carcass of the item of furniture , - a transmission portion configured to establish a setting angle of the second flap portion in dependence on a setting angle of the first flap portion , - a first hinge lever which is arranged on a first articulation point of the transmission portion and which is hingedly connected to the housing , - a second hinge lever arranged on a second articulation point of the transmission portion , - a guide portion configured to be fixed to an inside of the first flap portion of the furniture flap , the guide portion being configured for, preferably linearly, guiding the transmission portion along the first flap portion , - a first hinged connection for connecting the housing to the guide portion , and - a second hinged connection for connecting the guide portion to the second hinge lever and for fastening the second flap portion of the furniture flap .
A semiconductor device, comprising: a first semiconductor chip (CP1) comprising: a first wiring structure including one or more layers of wiring layers (IL1, IL2, IL3 and IL4); a first coil (CL1a) formed in the first wiring structure; and a first insulation film (PA) formed over the first wiring structure; a second semiconductor chip (CP2) comprising: a second wiring structure including one or more layers of wiring layers (IL1, IL2, IL3 and IL4) ; a second coil (CL1b) formed in the second wiring structure; and a second insulation film (PA) formed over the second wiring structure; and an insulation sheet (ZS) interposed between the first insulation film (PA) of the first semiconductor chip (CP1) and the second insulation film (PA) of the second semiconductor chip (CP2), wherein the first semiconductor chip (CP1) and the second semiconductor chip (CP2) are stacked one over another via the insulation sheet (ZS) with the first insulation film (PA) of the first semiconductor chip (CP1) and the second insulation film (PA) of the second semiconductor chip (CP2) facing each other, wherein the first coil (CL1a) and the second coil (CL1b) are magnetically coupled with each other, wherein first wires (M4) and first dummy wires (DM) are formed at a first uppermost-layer wiring layer of the uppermost-layer wiring layer of the first wiring structure, and wherein second wires (M4) and second dummy wires (DM) are formed at a second uppermost-layer wiring layer of the uppermost-layer wiring layer of the second wiring structure. a first semiconductor chip (CP1) comprising: a first wiring structure including one or more layers of wiring layers (IL1, IL2, IL3 and IL4); a first coil (CL1a) formed in the first wiring structure; and a first insulation film (PA) formed over the first wiring structure; a second semiconductor chip (CP2) comprising: a second wiring structure including one or more layers of wiring layers (IL1, IL2, IL3 and IL4) ; a second coil (CL1b) formed in the second wiring structure; and a second insulation film (PA) formed over the second wiring structure; and an insulation sheet (ZS) interposed between the first insulation film (PA) of the first semiconductor chip (CP1) and the second insulation film (PA) of the second semiconductor chip (CP2), wherein the first semiconductor chip (CP1) and the second semiconductor chip (CP2) are stacked one over another via the insulation sheet (ZS) with the first insulation film (PA) of the first semiconductor chip (CP1) and the second insulation film (PA) of the second semiconductor chip (CP2) facing each other, wherein the first coil (CL1a) and the second coil (CL1b) are magnetically coupled with each other, wherein first wires (M4) and first dummy wires (DM) are formed at a first uppermost-layer wiring layer of the uppermost-layer wiring layer of the first wiring structure, and wherein second wires (M4) and second dummy wires (DM) are formed at a second uppermost-layer wiring layer of the uppermost-layer wiring layer of the second wiring structure.
A method of operation of a node in a wireless communication system , comprising: providing , to a wireless device , an indication of a position of a transient period during a time mask, wherein the position of the transient period is adapted to a clear channel assessment period at the wireless device or the position of the transient period is such that the transient period occurs partially during a clear channel assessment period at the wireless device , and wherein the time mask defines an OFF period during which a transmitter of the wireless device is to be off, an ON period during which the transmitter of the wireless device is to be on, and the transient period wherein the transient period is a period during which the transmitter of the wireless device is to ramp-up or ramp-down.
Assembly comprising a support structure of a wind turbine and a bearing assembly, wherein the support structure has a tubular structure and comprises: a base ; a first aperture , a second aperture and one or more tertiary apertures , wherein the first aperture and the second aperture are each located on opposing sides of the base ; a plurality of openings at the base of the support structure, wherein the bearing assembly comprises an outer ring and an inner ring , characterized in that the outer ring is axially coupled to the rim of the first aperture , wherein the outer circumferential surface of the outer ring is exposed in radial direction, wherein the outer ring of the bearing assembly comprises a plurality of bores , wherein the assembly comprises a bearing frame , wherein the bearing frame is coupled to the support structure via the plurality of bores in the outer ring . a base ; a first aperture , a second aperture and one or more tertiary apertures , wherein the first aperture and the second aperture are each located on opposing sides of the base ; a plurality of openings at the base of the support structure, wherein the bearing assembly comprises an outer ring and an inner ring , characterized in that the outer ring is axially coupled to the rim of the first aperture , wherein the outer circumferential surface of the outer ring is exposed in radial direction, wherein the outer ring of the bearing assembly comprises a plurality of bores , wherein the assembly comprises a bearing frame , wherein the bearing frame is coupled to the support structure via the plurality of bores in the outer ring .
A technological line for rearing and/or breeding of flightless insects and/or larval forms of insects, said line including at least one level, the level comprising an autonomous conveyor belt and lateral sidewalls placed on both sides of the conveyor belt along the direction of the conveyor belt movement, the level further comprising transverse brackets , extending generally perpendicularly to the lateral sidewalls , supporting the belt of the conveyor , characterized in that the lateral sidewalls have upper edges curved inwardly at least once, with the bending angle (α) of the edge of each sidewall being not less than 30°, preferably being from 30° to 90°, and in that the transverse brackets are connecting the opposite profiled lateral sidewalls , whereas the profiled lateral sidewalls are also structural elements supporting longitudinal edges of the belt of the conveyor , so that both the conveyor belt and the lateral sidewalls form a trough profile, and the pressure of the mass of the insects, which are on the surface of the conveyor belt and potentially additionally of the feed and/or excrements of insects press down on the longitudinal edges of the conveyor belt against the profiled lateral sidewalls ; wherein both the transverse brackets and the profiled lateral sidewalls are made of a material with efficient heat conducting properties.
A heating, ventilation and air conditioning (HVAC) system comprising: a compressor having a flow of compressor lubricant therein, the compressor compressing a flow of vapor refrigerant therethrough; an evaporator operably connected to the compressor including a plurality of evaporator tubes through which a volume of thermal energy transfer medium is flowed for a thermal energy exchange with a liquid refrigerant in the evaporator ; and a lubricant management system including: a lubricant still receptive of a flow of compressor lubricant and refrigerant mixture from the evaporator ; an inlet flow control device configured to stop the flow of the mixture into the lubricant still when a mixture level in the still reaches a selected level; and an outlet flow control device configured to urge distillate from the lubricant still to the compressor when a concentration of lubricant in the distillate reaches a selected concentration level characterized in that the lubricant still further includes a lubricant still heat exchanger having a flow of refrigerant therethrough to boil the compressor lubricant and refrigerant mixture; and in that the output flow control device is an ejector. a compressor having a flow of compressor lubricant therein, the compressor compressing a flow of vapor refrigerant therethrough; an evaporator operably connected to the compressor including a plurality of evaporator tubes through which a volume of thermal energy transfer medium is flowed for a thermal energy exchange with a liquid refrigerant in the evaporator ; and a lubricant management system including: a lubricant still receptive of a flow of compressor lubricant and refrigerant mixture from the evaporator ; an inlet flow control device configured to stop the flow of the mixture into the lubricant still when a mixture level in the still reaches a selected level; and an outlet flow control device configured to urge distillate from the lubricant still to the compressor when a concentration of lubricant in the distillate reaches a selected concentration level a lubricant still receptive of a flow of compressor lubricant and refrigerant mixture from the evaporator ; an inlet flow control device configured to stop the flow of the mixture into the lubricant still when a mixture level in the still reaches a selected level; and an outlet flow control device configured to urge distillate from the lubricant still to the compressor when a concentration of lubricant in the distillate reaches a selected concentration level characterized in that the lubricant still further includes a lubricant still heat exchanger having a flow of refrigerant therethrough to boil the compressor lubricant and refrigerant mixture; and in that the output flow control device is an ejector.
A method for providing a barrier coating on a hollow container comprising molded pulp; said method comprising: a) providing a hollow container comprising molded pulp, wherein said hollow container comprises a main portion and an upper portion ; said hollow container extending along a longitudinal center line , wherein the longitudinal extension of said upper portion corresponds to 5-30% of the maximum longitudinal extension of said hollow container , and wherein the longitudinal extension of said main portion corresponds to 70-95% of the maximum longitudinal extension of said hollow container , wherein said hollow container comprises a bottom surface and sidewalls extending from said bottom surface to an opening of said hollow container; said sidewalls and said bottom surface defining an exterior surface and an interior surface of said hollow container; b) depositing a polymeric powder onto the interior surface of said hollow container by means of a spraying device capable of charging the polymeric powder prior to or during deposition of said polymeric powder, wherein at least said main portion of said hollow container is grounded during said polymeric powder deposition, c) depositing a polymeric powder onto the exterior surface of at least a portion of said upper portion of said hollow container by means of said spraying device , d) treating said hollow container with heat or irradiation under conditions that melt and/or cure said polymeric powder after said steps b) and c). a) providing a hollow container comprising molded pulp, wherein said hollow container comprises a main portion and an upper portion ; said hollow container extending along a longitudinal center line , wherein the longitudinal extension of said upper portion corresponds to 5-30% of the maximum longitudinal extension of said hollow container , and wherein the longitudinal extension of said main portion corresponds to 70-95% of the maximum longitudinal extension of said hollow container , wherein said hollow container comprises a bottom surface and sidewalls extending from said bottom surface to an opening of said hollow container; said sidewalls and said bottom surface defining an exterior surface and an interior surface of said hollow container; b) depositing a polymeric powder onto the interior surface of said hollow container by means of a spraying device capable of charging the polymeric powder prior to or during deposition of said polymeric powder, wherein at least said main portion of said hollow container is grounded during said polymeric powder deposition, c) depositing a polymeric powder onto the exterior surface of at least a portion of said upper portion of said hollow container by means of said spraying device , d) treating said hollow container with heat or irradiation under conditions that melt and/or cure said polymeric powder after said steps b) and c).
An outdoor unit for an air conditioner in which a pair of motor support tables are disposed at an upper portion of a housing , and an outdoor fan having a fan motor is supported on the pair of motor support tables , and air sucked from a side of the housing through a heat exchanger in the housing by the outdoor fan is upwardly blown out, characterized in that rectifying units for guiding airflow passing through the heat exchanger and reaching a lower surface portion of each of the pair of motor support tables to an outer radial direction of the outdoor fan are provided at lower and upper sides of each of the motor support tables , wherein the rectifying units are configured to be uniformly upwardly sloped from an inside of the motor support table to an outside of the motor support table at the lower and upper sides of each of the motor support tables .
A device for the transplantation of a Descemet's membrane , comprising a longitudinal tube having an inner cavity, an inlet opening through which it is possible to introduce the Descemet's membrane into the device, and an outlet opening through which it is possible to eject the Descemet's membrane from the device, wherein the tube has, at least in the region of the outlet opening , a separation element which protrudes from the inner wall region of the tube into the cavity, said separation element dividing the cavity at least regionally, characterized in that the separation element is floating in the cavity of the tube in a region close to the inlet opening by having no connection to the inner wall of the tube when viewed in the cross section perpendicular to the longitudinal direction of extension, and in the direction from the outlet opening to the inlet opening , the cross section of the separation element , viewed perpendicularly to the longitudinal extent of the tube, is decreasing thereby forming a spike onto which it is possible to mount the Descemet's membrane wound up to form a single winding.
A pump motor , with a motor housing , a pump head and a containment shell , wherein the pump head with the containment shell defines a wet chamber and the containment shell with the motor housing defines a dry chamber , a permanent-magnet rotor is mounted rotatably about an axis in the wet chamber , a wound stator and a printed circuit board are arranged in the dry chamber and the printed circuit board lies opposite a containment shell base , characterised in that the containment shell base has depressions on a side located opposite the printed circuit board and projections on an opposing side.
A method for operating a rotorcraft comprising a plurality of engines configured to provide motive power to the rotorcraft and at least one rotor coupled to the plurality of engines , the method comprising: detecting failure of an active engine of the rotorcraft when the rotorcraft is operated in an asymmetric operating regime (AOR), in which at least one first engine of the plurality of engines is the active engine and is operated in an active mode to provide motive power to the rotorcraft and at least one second engine of the plurality of engines is a standby engine and is operated in a standby mode to provide substantially no motive power to the rotorcraft ; adjusting at least one flight control input to compensate for a reduction in rotational speed of the at least one rotor resulting from the failure of the active engine ; and commanding an increase in a power output of the standby engine of the rotorcraft . detecting failure of an active engine of the rotorcraft when the rotorcraft is operated in an asymmetric operating regime (AOR), in which at least one first engine of the plurality of engines is the active engine and is operated in an active mode to provide motive power to the rotorcraft and at least one second engine of the plurality of engines is a standby engine and is operated in a standby mode to provide substantially no motive power to the rotorcraft ; adjusting at least one flight control input to compensate for a reduction in rotational speed of the at least one rotor resulting from the failure of the active engine ; and commanding an increase in a power output of the standby engine of the rotorcraft .
Method for a cellular communication system having fixed base stations , which are connected to a network node and are designed to send signals of a virtual base station, having the steps of: associating the virtual base station to one of the fixed base stations ; transmitting data of the virtual base station between a network node and the associated fixed base station (2.2), and sending the signals of the virtual base station from the associated fixed base station (2.2) with the transmitted data of the virtual base station; changing the association of the virtual base station from the associated fixed base station (2.2) to a further fixed base station (2.3) of the fixed base stations ; characterized in that the data of the virtual base station are transmitted from the network node to the associated fixed base station (2.2) and to the further fixed base station (2.3) of the fixed base stations via a multicast connection or a broadcast connection, so that the further fixed base station (2.3) can send the signal of the virtual base station with the data of the virtual base station using the same data stream for the virtual base station in the multicast connection or the broadcast connection when the association of the virtual base station changes, and the cellular communication system is a mobile radio network, and the fixed base stations are base stations of the mobile radio network. associating the virtual base station to one of the fixed base stations ; transmitting data of the virtual base station between a network node and the associated fixed base station (2.2), and sending the signals of the virtual base station from the associated fixed base station (2.2) with the transmitted data of the virtual base station; changing the association of the virtual base station from the associated fixed base station (2.2) to a further fixed base station (2.3) of the fixed base stations ; characterized in that the data of the virtual base station are transmitted from the network node to the associated fixed base station (2.2) and to the further fixed base station (2.3) of the fixed base stations via a multicast connection or a broadcast connection, so that the further fixed base station (2.3) can send the signal of the virtual base station with the data of the virtual base station using the same data stream for the virtual base station in the multicast connection or the broadcast connection when the association of the virtual base station changes, and the cellular communication system is a mobile radio network, and the fixed base stations are base stations of the mobile radio network.