mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-gate transistor, comprising: a plurality of active semiconductor layers on a substrate ; a source and a drain in contact with at least one of said plurality of active semiconductor layers; a first gate between said source and drain ; a second gate between said first gate and said drain ; and a cap layer , said cap layer between said second gate and said plurality of active semiconductor layers, wherein said first gate extends through said cap layer such that said first gate directly contacts said plurality of active semiconductor layers and said second gate is separated from said plurality of active semiconductor layers by said cap layer , wherein said cap layer is made of a GaN, and wherein the second gate has a second threshold voltage that is more negative than a first threshold voltage of the first gate. a plurality of active semiconductor layers on a substrate ; a source and a drain in contact with at least one of said plurality of active semiconductor layers; a first gate between said source and drain ; a second gate between said first gate and said drain ; and a cap layer , said cap layer between said second gate and said plurality of active semiconductor layers, wherein said first gate extends through said cap layer such that said first gate directly contacts said plurality of active semiconductor layers and said second gate is separated from said plurality of active semiconductor layers by said cap layer , wherein said cap layer is made of a GaN, and wherein the second gate has a second threshold voltage that is more negative than a first threshold voltage of the first gate.
Pressure accumulator having an accumulator housing in which a movable separating element separates a gas chamber filled with a working gas from a fluid chamber in a fluid-tight manner, wherein a monitoring device is provided which, in the event of a fault impairing the sealing effect of the separating element , provides a visually detectable indication and which has a viewing window through which an indicator can be observed, said indicator being in communication with the gas chamber and the optical properties of which detectably change on wetting with the fluid, characterised in that the indicator changing its optical properties is accommodated in a capsule , the capsule wall of which is permeable to passage of the fluid and which is arranged between the viewing window and the separating element in the accumulator housing .
A method, performed by a computing device , of sensor virtualization, the method comprising: publishing a plurality of topologies in a data structure stored on the computing device , the plurality of topologies including different ways to configure and connect hardware sensors , or both hardware sensors and software modules that are installed on the computing device , a respective topology representing a particular configuration and connection of the hardware sensors , or both the hardware sensors and the software modules, wherein at least one of the hardware sensors or software modules is shareable among different processes executing on the computing device ; receiving a first request from a first process to configure and connect the hardware sensors , or both the hardware sensors and the software modules according to a first topology of the published plurality of topologies; in response to granting the first request, configuring and connecting the hardware sensors , or both the hardware sensors and the software modules according to the first topology; and updating the data structure to represent which topologies of the plurality of topologies are to remain available to be used by a request subsequent to the first request. publishing a plurality of topologies in a data structure stored on the computing device , the plurality of topologies including different ways to configure and connect hardware sensors , or both hardware sensors and software modules that are installed on the computing device , a respective topology representing a particular configuration and connection of the hardware sensors , or both the hardware sensors and the software modules, wherein at least one of the hardware sensors or software modules is shareable among different processes executing on the computing device ; receiving a first request from a first process to configure and connect the hardware sensors , or both the hardware sensors and the software modules according to a first topology of the published plurality of topologies; in response to granting the first request, configuring and connecting the hardware sensors , or both the hardware sensors and the software modules according to the first topology; and updating the data structure to represent which topologies of the plurality of topologies are to remain available to be used by a request subsequent to the first request.
A process for producing and storing hydrogen, comprising the following process steps a. provision of an intermediate gas mixture having an increased proportion of hydrogen, b. contacting of the intermediate gas mixture with a hydrogen carrier medium in order to hydrogenate the hydrogen carrier medium so that hydrogen contained in the intermediate gas mixture is directly bound to the hydrogen carrier medium and selective depletion of hydrogen in the intermediate gas mixture is effected, c. storing the hydrogenated hydrogen carrier medium in a first storage unit , wherein the intermediate gas mixture has as gas components - carbon dioxide and/or methane, or - nitrogen and/or methane, or - nitrogen or argon, wherein these gas components do not react with the hydrogen carrier medium and are not bound to the hydrogen carrier medium, wherein the hydrogen carrier medium is a liquid organic hydrogen carrier (LOHC). a. provision of an intermediate gas mixture having an increased proportion of hydrogen, b. contacting of the intermediate gas mixture with a hydrogen carrier medium in order to hydrogenate the hydrogen carrier medium so that hydrogen contained in the intermediate gas mixture is directly bound to the hydrogen carrier medium and selective depletion of hydrogen in the intermediate gas mixture is effected, c. storing the hydrogenated hydrogen carrier medium in a first storage unit , - carbon dioxide and/or methane, or - nitrogen and/or methane, or - nitrogen or argon,
A system comprising: one or more processors ; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs including instructions that: host an application as a Platform-as-a-Service (PaaS) web service in a virtual machine using virtual resources , the PaaS web service unaware of physical resources associated with the virtual resources; obtain an application usage profile for the PaaS web service , the application usage profile having one or more statistics, a statistic representing normal consumption of a physical resource used by the PaaS web service; monitor runtime usage of a first physical resource during execution of the PaaS web service ; correlate the first physical resource to a corresponding virtual resource used during operation of the PaaS web service via a process identifier of the PaaS web service ; compare the runtime usage of the first physical resource with a corresponding statistic ; and upon the comparison indicating an anomaly, initiate a warning of the anomaly . one or more processors ; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs including instructions that: host an application as a Platform-as-a-Service (PaaS) web service in a virtual machine using virtual resources , the PaaS web service unaware of physical resources associated with the virtual resources; obtain an application usage profile for the PaaS web service , the application usage profile having one or more statistics, a statistic representing normal consumption of a physical resource used by the PaaS web service; monitor runtime usage of a first physical resource during execution of the PaaS web service ; correlate the first physical resource to a corresponding virtual resource used during operation of the PaaS web service via a process identifier of the PaaS web service ; compare the runtime usage of the first physical resource with a corresponding statistic ; and upon the comparison indicating an anomaly, initiate a warning of the anomaly . host an application as a Platform-as-a-Service (PaaS) web service in a virtual machine using virtual resources , the PaaS web service unaware of physical resources associated with the virtual resources; obtain an application usage profile for the PaaS web service , the application usage profile having one or more statistics, a statistic representing normal consumption of a physical resource used by the PaaS web service; monitor runtime usage of a first physical resource during execution of the PaaS web service ; correlate the first physical resource to a corresponding virtual resource used during operation of the PaaS web service via a process identifier of the PaaS web service ; compare the runtime usage of the first physical resource with a corresponding statistic ; and upon the comparison indicating an anomaly, initiate a warning of the anomaly .
An organic light emitting display device , comprising: a first electrode of a subpixel (P1, P2, P3); a pixel defining layer (PD, 270) surrounding the first electrode in a non-emissive area of the subpixel (P1, P2, P3); a light emitting layer on the first electrode ; a second electrode on the light emitting layer ; a first encapsulation layer on the second electrode ; and a color filter on the first encapsulation layer in the subpixel (P1, P2, P3), wherein the pixel defining layer (PD, 270) includes a first pixel defining layer , a second pixel defining layer on the first pixel defining layer , the second pixel defining layer having a width wider than a width of the first pixel defining layer , characterized in that the pixel defining layer further includes a first metal layer on the second pixel defining layer , and a third pixel defining layer on the first metal layer . a first electrode of a subpixel (P1, P2, P3); a pixel defining layer (PD, 270) surrounding the first electrode in a non-emissive area of the subpixel (P1, P2, P3); a light emitting layer on the first electrode ; a second electrode on the light emitting layer ; a first encapsulation layer on the second electrode ; and a color filter on the first encapsulation layer in the subpixel (P1, P2, P3), wherein the pixel defining layer (PD, 270) includes a first pixel defining layer , a second pixel defining layer on the first pixel defining layer , the second pixel defining layer having a width wider than a width of the first pixel defining layer , characterized in that the pixel defining layer further includes a first metal layer on the second pixel defining layer , and a third pixel defining layer on the first metal layer .
An aquaponics device in the form of a vertical structure composed of at least two tubular uprights between which several levels are positioned, including: - a lower level comprising an aquarium and a pump intended to draw water from the aquarium , - at least two upper levels of plant cultivation; - the first tubular upright forms a water supply pipe, said first upright is segmented into sections , including a lower section connected in a watertight manner by connection means to the lower level and is connected to the pump, and a plurality of sections ; - the second tubular upright forms a water drainage pipe, said second upright is segmented into sections , including a lower section connected in a watertight manner by connection means to the lower level and is connected to the aquarium , and a plurality of upper sections ; characterized in that each upper section of the first upright is connected in a watertight manner by connection means to an upper level ; each upper section of the second upright is connected in a watertight manner by connection means to an upper level , the connection means internally integrating water discharge means and water drainage means . - a lower level comprising an aquarium and a pump intended to draw water from the aquarium , - at least two upper levels of plant cultivation; - the first tubular upright forms a water supply pipe, said first upright is segmented into sections , including a lower section connected in a watertight manner by connection means to the lower level and is connected to the pump, and a plurality of sections ; - the second tubular upright forms a water drainage pipe, said second upright is segmented into sections , including a lower section connected in a watertight manner by connection means to the lower level and is connected to the aquarium , and a plurality of upper sections ;
A method for allowing a user equipment, UE, to respond cellular network signalling over a non-cellular radio access network, implemented by the UE , the method comprising the steps of: receiving, by the UE in an inactive state over a non-cellular radio access, an indication through cellular network signalling indicating that a set of downlink data for the non-cellular radio access are available for transmission to the UE wherein the cellular network signalling comprises Third Generation Partnership Project, 3GPP, network signalling which is sent over a 3GPP access network, the non-cellular radio access comprises a non-3GPP radio access connection, the inactive state of the UE comprises an IDLE non-access stratum, NAS, state, the UE enters an active state over the non-cellular radio access upon activation of the non-cellular radio access, and the active state of the UE comprises a CONNECTED NAS state; responding, over the non-cellular radio access, to the indication by initiating another service request procedure that activates or reactivates the non-cellular radio access, to activate or reactivate user plane resources of the non-cellular radio access for connection of the non-cellular radio access and the set of downlink data; and receiving the set of downlink data through the non-cellular radio access. receiving, by the UE in an inactive state over a non-cellular radio access, an indication through cellular network signalling indicating that a set of downlink data for the non-cellular radio access are available for transmission to the UE wherein the cellular network signalling comprises Third Generation Partnership Project, 3GPP, network signalling which is sent over a 3GPP access network, the non-cellular radio access comprises a non-3GPP radio access connection, the inactive state of the UE comprises an IDLE non-access stratum, NAS, state, the UE enters an active state over the non-cellular radio access upon activation of the non-cellular radio access, and the active state of the UE comprises a CONNECTED NAS state; responding, over the non-cellular radio access, to the indication by initiating another service request procedure that activates or reactivates the non-cellular radio access, to activate or reactivate user plane resources of the non-cellular radio access for connection of the non-cellular radio access and the set of downlink data; and receiving the set of downlink data through the non-cellular radio access.
A method comprising: providing at least one vertical lift having at least one storage shelf having support fingers ; wherein the method includes providing holes in a side wall of rails in a reference frame of the storage shelf and on which rails an autonomous transport vehicle travels), the holes being substantially aligned with the support fingers ; sensing each of the holes with at least one sensor of the autonomous transport vehicle and outputting a signal (S700, S701) indicating when a hole is sensed; aligning transfer arm fingers of a transfer arm of the autonomous transport vehicle with spaces located between the support fingers of the at least one storage shelf based on the determined location of the autonomous transport vehicle for extending the transfer arm fingers into a path of the storage shelf without substantial contact with the supporting fingers ; and determining, with a controller, a location of the autonomous transport vehicle relative to the support fingers based on the output signal (S700, S701) from the at least one sensor . providing at least one vertical lift having at least one storage shelf having support fingers ; wherein the method includes providing holes in a side wall of rails in a reference frame of the storage shelf and on which rails an autonomous transport vehicle travels), the holes being substantially aligned with the support fingers ; sensing each of the holes with at least one sensor of the autonomous transport vehicle and outputting a signal (S700, S701) indicating when a hole is sensed; aligning transfer arm fingers of a transfer arm of the autonomous transport vehicle with spaces located between the support fingers of the at least one storage shelf based on the determined location of the autonomous transport vehicle for extending the transfer arm fingers into a path of the storage shelf without substantial contact with the supporting fingers ; and determining, with a controller, a location of the autonomous transport vehicle relative to the support fingers based on the output signal (S700, S701) from the at least one sensor .
A dispensing device , comprising: a housing ; a substrate ; a reservoir holding a composition comprising a volatile active and a liquid carrier; and an activator operatively connected to the reservoir , wherein when the activator is activated, a stream of the composition is released from the reservoir to impact a surface of the substrate at an angle A and wherein the angle A is measured between a central axis of the stream and the substrate surface ; wherein upon impact of the composition a first portion X of the composition is deflected out of the dispensing device and a second portion Y of the composition is deposited onto the surface of the substrate , and the ratio X/Y being dependent on the angle A, wherein the substrate pivots about a z-axis transverse to the stream such as to vary the angle A, thereby altering the ratio X/Y, and characterised in that , the reservoir is disposed within the housing , and in that , the second portion Y of the composition is partially absorbed into the substrate . a housing ; a substrate ; a reservoir holding a composition comprising a volatile active and a liquid carrier; and an activator operatively connected to the reservoir , wherein when the activator is activated, a stream of the composition is released from the reservoir to impact a surface of the substrate at an angle A and wherein the angle A is measured between a central axis of the stream and the substrate surface ; wherein upon impact of the composition a first portion X of the composition is deflected out of the dispensing device and a second portion Y of the composition is deposited onto the surface of the substrate , and the ratio X/Y being dependent on the angle A, wherein the substrate pivots about a z-axis transverse to the stream such as to vary the angle A, thereby altering the ratio X/Y, and characterised in that , the reservoir is disposed within the housing , and in that , the second portion Y of the composition is partially absorbed into the substrate .
Use of a methane inhibitor to increase volatile organic compound (VOC) emissions of one or more ruminants after oral supplementation thereof, wherein the increased VOC emissions are used to monitor the supplementation of the methane inhibitor to the ruminants.
An occupancy detection system for a lavatory , the occupancy detection system comprising: a door sensor operatively coupled to a door of the lavatory , wherein the door sensor is configured to output a door sensor signal that indicates a status of the door ; one or more presence sensors that are configured to output one or more presence sensor signals that indicate an occupancy status of the lavatory ; and an occupancy detection control unit in communication with the door sensor and the one or more presence sensors , wherein the occupancy detection control unit is configured to receive the door sensor signal and the one or more presence sensor signal, and wherein the occupancy detection control unit is configured to determine an occupancy status of the lavatory based on the door sensor signal and the one or more presence sensor signals, wherein the occupancy detection control unit determines the occupancy status is occupied in response to the door sensor signal indicating that the door is closed and the one or more presence sensor signals indicating that an individual is within the lavatory . a door sensor operatively coupled to a door of the lavatory , wherein the door sensor is configured to output a door sensor signal that indicates a status of the door ; one or more presence sensors that are configured to output one or more presence sensor signals that indicate an occupancy status of the lavatory ; and an occupancy detection control unit in communication with the door sensor and the one or more presence sensors , wherein the occupancy detection control unit is configured to receive the door sensor signal and the one or more presence sensor signal, and wherein the occupancy detection control unit is configured to determine an occupancy status of the lavatory based on the door sensor signal and the one or more presence sensor signals, wherein the occupancy detection control unit determines the occupancy status is occupied in response to the door sensor signal indicating that the door is closed and the one or more presence sensor signals indicating that an individual is within the lavatory .
A fastener comprising a threaded portion; and a bearing portion, wherein the bearing portion comprises: exactly three bearing surfaces designed to receive torque from a tool and transmit torque to the threaded portion, wherein each bearing surface includes two adjacent sides with an edge disposed therebetween, the two adjacent sides being substantially planar and intersecting at the edge at an angle to form a point at each of the three bearing surfaces; and three non-bearing surfaces , wherein each of the three non-bearing surfaces has a convex curve extending continuously between two of the three bearing surfaces a threaded portion; and a bearing portion, wherein the bearing portion comprises: exactly three bearing surfaces designed to receive torque from a tool and transmit torque to the threaded portion, wherein each bearing surface includes two adjacent sides with an edge disposed therebetween, the two adjacent sides being substantially planar and intersecting at the edge at an angle to form a point at each of the three bearing surfaces; and three non-bearing surfaces , wherein each of the three non-bearing surfaces has a convex curve extending continuously between two of the three bearing surfaces exactly three bearing surfaces designed to receive torque from a tool and transmit torque to the threaded portion, wherein each bearing surface includes two adjacent sides with an edge disposed therebetween, the two adjacent sides being substantially planar and intersecting at the edge at an angle to form a point at each of the three bearing surfaces; and three non-bearing surfaces , wherein each of the three non-bearing surfaces has a convex curve extending continuously between two of the three bearing surfaces