mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: one or more effluent flow paths to fluidically connect with a flow cell through which a plurality of reagents is to be pumped during a genetic sequencing operation, wherein the effluent paths are to receive used reagents from the flow cell; one or more pumps to pump the used reagents through the effluent flow paths; a used reagent selector valve to receive used reagents from the one or more pumps via an effluent line and controllable to select one of a plurality of disposal paths for the used reagents; a flow meter fluidically coupled to one of the disposal paths to detect flow of used reagents and to measure how much of each reagent is delivered to the metered disposal path wherein if the metered amount of fluid that passes through the flow meter is outside of a threshold amount of a pre-determined amount an alert notification is produced; and a control circuitry operatively coupled to the used reagent selector valve and the flow meter, the control circuity having one or more processors and a memory to store machine-executable instructions which, when executed by the one or more processors, control the one or more processors to cause the used reagent selector valve to select a desired one of the disposal paths depending upon which used reagent is being pumped through the effluent paths, and to determine whether the flow of used reagents is flowing through the desired one of the disposal paths based upon feedback from the flow meter providing flow data regarding the flow of the used reagents to the control circuitry. one or more effluent flow paths to fluidically connect with a flow cell through which a plurality of reagents is to be pumped during a genetic sequencing operation, wherein the effluent paths are to receive used reagents from the flow cell; one or more pumps to pump the used reagents through the effluent flow paths; a used reagent selector valve to receive used reagents from the one or more pumps via an effluent line and controllable to select one of a plurality of disposal paths for the used reagents; a flow meter fluidically coupled to one of the disposal paths to detect flow of used reagents and to measure how much of each reagent is delivered to the metered disposal path wherein if the metered amount of fluid that passes through the flow meter is outside of a threshold amount of a pre-determined amount an alert notification is produced; and a control circuitry operatively coupled to the used reagent selector valve and the flow meter, the control circuity having one or more processors and a memory to store machine-executable instructions which, when executed by the one or more processors, control the one or more processors to cause the used reagent selector valve to select a desired one of the disposal paths depending upon which used reagent is being pumped through the effluent paths, and to determine whether the flow of used reagents is flowing through the desired one of the disposal paths based upon feedback from the flow meter providing flow data regarding the flow of the used reagents to the control circuitry.
Self-propelled robot comprising an orientation sensor system for creating and maintaining an internal map based on image and/or map data, and a programming means, the programming means being designed and configured to: - receive, before, after and/or during positioning of the self-propelled robot in a location, a command signal containing a location name (20a-20h); - determine, in the internal map , a position (30a-30h) of the self-propelled robot corresponding to the location; characterised in that the programming means is configured and designed to create a temporary map in order to track a relative position of the location with respect to the position (30a-30h) of the self-propelled robot, and to match the temporary map with the internal map , in order to determine the position (30a-30h) of the self-propelled robot in the internal map ; and - associate the location name (20a-20h) with the determined position (30a-30h) in the internal map . - receive, before, after and/or during positioning of the self-propelled robot in a location, a command signal containing a location name (20a-20h); - determine, in the internal map , a position (30a-30h) of the self-propelled robot corresponding to the location; characterised in that the programming means is configured and designed to create a temporary map in order to track a relative position of the location with respect to the position (30a-30h) of the self-propelled robot, and to match the temporary map with the internal map , in order to determine the position (30a-30h) of the self-propelled robot in the internal map ; and - associate the location name (20a-20h) with the determined position (30a-30h) in the internal map .
A taste-masked microcapsule pharmaceutical composition of a bisquinoline drug, wherein the microcapsule comprises a drug core of a pharmaceutically effective amount of piperaquine tetraphosphate tetrahydrate and a coating over the core of ethylcellulose, and having an average weight of the coating of said microcapsule of from about 5 to about 30 % weight of the total weight of the microcapsule composition.
A control device for handling the transfer of electric power from an electric power source to an electric load (LD), the electric power being supplied in the form of alternating current via at least two incoming lines (L IN , L 1IN , L 2IN , L 3IN , N IN , PE IN ) and being delivered via at least two outgoing lines (L OUT , L 1OUT , L 2OUT , L 3OUT , N OUT , PE OUT ) in the form of alternating current, the control device comprising: at least one line circuit configured to manage at least one parameter of the electric power being transferred via a particular one of said at least two outgoing lines (L OUT , L 1OUT , L 2OUT , L 3OUT , N OUT , PE OUT ), a central circuit configured to exchange data and/or commands (dc, dc1, dc2, dc3, dc4) with the at least one line circuit over a respective galvanically isolated communication interface rendering a reference potential of the central circuit floating relative to an earth potential of the at least two incoming and outgoing lines, characterized in that a respective surge protection capacitor is arranged in parallel with each of said galvanically isolated communication interfaces, said surge protection capacitors being configured to accumulate a respective fraction of an electric charge resulting from an undesired overvoltage (V) on one of said incoming lines (L IN , N IN , L 1IN , L 2IN , L 3IN , PE IN ) so as to split up the undesired overvoltage (V) into two or more voltages (V/2; 3V/4, V/4) over said galvanically isolated communication interfaces each of which voltage is smaller than the undesired overvoltage (V). at least one line circuit configured to manage at least one parameter of the electric power being transferred via a particular one of said at least two outgoing lines (L OUT , L 1OUT , L 2OUT , L 3OUT , N OUT , PE OUT ), a central circuit configured to exchange data and/or commands (dc, dc1, dc2, dc3, dc4) with the at least one line circuit over a respective galvanically isolated communication interface rendering a reference potential of the central circuit floating relative to an earth potential of the at least two incoming and outgoing lines,
A system for training a generator unit (GU) and a discriminator unit (DU) simultaneously, • with said generator unit (GU) configured to determine a future trajectory (FT) of at least one other road user in the environment of a vehicle considering an observed trajectory (OT) of the at least one other road user, • with said discriminator unit (DU) configured to determine whether the determined future trajectory (FT) of the at least one other road user is an actual future trajectory of the at least one other road user, • with said system configured to train said generator unit (GU) and said discriminator (DU) unit simultaneously with gradient descent. characterized in that • wherein the system comprises an oracle unit (OU), • with said oracle unit (OU) configured to determine a reward for the determined future trajectory (FT) of the at least one other road user considering whether the determined future trajectory (FT) of the other road user is collision-free, and • with said system configured to train said generator unit (GU) considering the reward determined by the oracle unit (OU). • with said generator unit (GU) configured to determine a future trajectory (FT) of at least one other road user in the environment of a vehicle considering an observed trajectory (OT) of the at least one other road user, • with said discriminator unit (DU) configured to determine whether the determined future trajectory (FT) of the at least one other road user is an actual future trajectory of the at least one other road user, • with said system configured to train said generator unit (GU) and said discriminator (DU) unit simultaneously with gradient descent. • wherein the system comprises an oracle unit (OU), • with said oracle unit (OU) configured to determine a reward for the determined future trajectory (FT) of the at least one other road user considering whether the determined future trajectory (FT) of the other road user is collision-free, and • with said system configured to train said generator unit (GU) considering the reward determined by the oracle unit (OU).
A radar assembly comprising: a printed circuit board, PCB , having a first surface and a second surface, the PCB including an integrated circuit, IC, attached to the first surface and a thermally conductive material that covers at least a portion of the first surface and second surface of the PCB opposite the first surface of the PCB ; and a single metal sheet attached to the first surface of the PCB , the single metal sheet configured into multiple waveguide antennas and a shield , each of the multiple waveguide antennas including multiple waveguide channels with multiple radiation slots , the multiple radiation slots being arranged in a surface of the single metal sheet through to the multiple waveguide channels , the shield being adjacent to the IC and configured to distribute thermal energy produced at least in part by the IC away from the IC. a printed circuit board, PCB , having a first surface and a second surface, the PCB including an integrated circuit, IC, attached to the first surface and a thermally conductive material that covers at least a portion of the first surface and second surface of the PCB opposite the first surface of the PCB ; and a single metal sheet attached to the first surface of the PCB , the single metal sheet configured into multiple waveguide antennas and a shield , each of the multiple waveguide antennas including multiple waveguide channels with multiple radiation slots , the multiple radiation slots being arranged in a surface of the single metal sheet through to the multiple waveguide channels , the shield being adjacent to the IC and configured to distribute thermal energy produced at least in part by the IC away from the IC.
A coated cutting tool comprising a substrate with a coating having a total thickness of 0.25-30 μm, wherein the coating comprises a first layer and a second layer, and where the first layer is a wear resistant PVD deposited layer having a thickness of 0.2-15 μm, preferably 0.2-10 μm, most preferably 0.5-5 μm, and the first layer is arranged between the substrate and the second layer, characterized in that the second layer is a PVD deposited Cr layer, the Cr layer is an outermost layer of the coating, and that the Cr layer has a body-centered cubic structure with a crystallographic orientation relation of 0.3 < R1 < 1, where R1 = I /(I +I +I ), and where I , I , and I are the XRD peak areas as extracted from the pseudo-Voigt peak profile fitting results of θ-2θ scans obtained with CuKα radiation for the bcc structure , , and Cr layer diffraction peaks, respectively.
Portable power chiseling tool , comprising a tool holder for holding a tool on a working axis , a striking mechanism which has an exciter piston , a striker , a pneumatic chamber which is closed by the exciter piston and the striker and is provided for coupling a movement of the striker to the exciter piston , and an anvil which is arranged in the striking direction downstream of the striker and is provided for transmitting a blow of the striker to the tool , a guide for the anvil for guiding the anvil on the working axis , an idle strike catcher for the anvil , wherein the catcher has a conical inner surface facing the anvil , and wherein the anvil has an end face which faces in the striking direction , slopes relative to the working axis and rests against the conical inner surface when the anvil is in its forwardmost position in the striking direction , characterized in that the end face of the anvil has a first segment and a second segment in the circumferential direction , wherein the second segment is offset in the striking direction relative to the first segment . a tool holder for holding a tool on a working axis , a striking mechanism which has an exciter piston , a striker , a pneumatic chamber which is closed by the exciter piston and the striker and is provided for coupling a movement of the striker to the exciter piston , and an anvil which is arranged in the striking direction downstream of the striker and is provided for transmitting a blow of the striker to the tool , a guide for the anvil for guiding the anvil on the working axis , an idle strike catcher for the anvil , wherein the catcher has a conical inner surface facing the anvil , and wherein the anvil has an end face which faces in the striking direction , slopes relative to the working axis and rests against the conical inner surface when the anvil is in its forwardmost position in the striking direction , characterized in that the end face of the anvil has a first segment and a second segment in the circumferential direction , wherein the second segment is offset in the striking direction relative to the first segment .
A garment comprising a multilayer-structure circular knit fabric composed of a single circular knit having a layer structure of at least two layers, and having a skin-contacting surface which is a needle-loop side of the circular-knit fabric, wherein the circular-knit fabric has a portion in which a cellulose yarn comprising long cellulose fibers and a hydrophobic yarn comprising hydrophobic fibers are knitted together to form plated knit loops, wherein the long cellulose fibers are cupra long fibers, the circular-knit fabric contains 10 to 50 wt% of the long cellulose fibers, an expose rate of the long cellulose fibers in a region from the skin-contacting surface within 0.13 mm toward the interior of the circular-knit fabric, determined as described in of the description, is at least 30%, a tactile coolness of the circular-knit fabric, determined as described in of the description, is 130 to 200 W/m 2 /°C, and the time at which a moisture content of the circular-knit fabric becomes 10% after 0.3 cm 3 of water is dripped thereon, determined as described in of the description, is not greater than 50 minutes.
An optical lens assembly comprising, in order from an object side to an image side: a) a first lens element with positive refractive power having a convex object-side surface and a convex or concave image-side surface ; b) a second lens element with negative refractive power having a thickness d 2 on an optical axis and separated from the first lens element by a first air gap, wherein the first air gap is smaller than d 2 /2, wherein the second lens element has a meniscus convex object-side surface; c) a third lens element with negative refractive power and separated from the second lens element by a second air gap; d) a fourth lens element having a positive refractive power and separated from the third lens element by a third air gap, wherein the fourth lens element has a positive meniscus and a concave object-side surface ; and e) a fifth lens element having a negative refractive power, separated from the fourth lens element by a fourth air gap and having a thickness d 5 on the optical axis, wherein the fifth lens element has a negative meniscus and a concave object-side surface , wherein the fourth air gap is smaller than 1.5d 5 ; wherein a ratio between a total track length (TTL) and an effective focal length (EFL) of an optical lens system including the optical lens assembly is smaller than 1.0, wherein a focal length f1 of the first lens element is smaller than TTL/2, and wherein the third air gap is greater than TTL/5, wherein the first, third and fifth lens elements have each an Abbe number greater than 50, wherein the second and fourth lens elements have each an Abbe number smaller than 30, and wherein fl, a focal length f2 of the second lens element and a focal length f3 of the third lens element fulfill the condition 1.2x|f3| > |f2| > 1.5xf1 a) a first lens element with positive refractive power having a convex object-side surface and a convex or concave image-side surface ; b) a second lens element with negative refractive power having a thickness d 2 on an optical axis and separated from the first lens element by a first air gap, wherein the first air gap is smaller than d 2 /2, wherein the second lens element has a meniscus convex object-side surface; c) a third lens element with negative refractive power and separated from the second lens element by a second air gap; d) a fourth lens element having a positive refractive power and separated from the third lens element by a third air gap, wherein the fourth lens element has a positive meniscus and a concave object-side surface ; and e) a fifth lens element having a negative refractive power, separated from the fourth lens element by a fourth air gap and having a thickness d 5 on the optical axis, wherein the fifth lens element has a negative meniscus and a concave object-side surface , wherein the fourth air gap is smaller than 1.5d 5 ;
A topical composition comprising erythrulose and hydroxyacetophenone, wherein the amount of hydroxyacetophenone is selected in the range of 0.01 wt.-% to 2 wt.-%, preferably in the range of 0.1 wt.-% to 1 wt.-%, most preferably in the range of 0.1 wt.-% to 0.6 wt.-%, based on the total weight of the composition.
At least one non-transitory computer-readable storage medium including instructions that, when executed by a computing node, cause the computing node to: deploy a first service domain to a first computing platform having a first architecture and a second service domain to a second computing platform having a second architecture that is different than the first architecture, the first service domain including platform-specific software configured to operate on the first architecture, and the second service domain including platform-specific software configured to operate on the second architecture; receive request to deploy an application to the first service domain and the second service domain, wherein the application utilizes a service that may be provided by the first and second service domains; deploy the service on the first and second service domains; and deploy the application on the first and second service domains, wherein the first service domain hosts a first platform-as-a-service, PaaS, software stack and the second service domain hosts a second platform-as-a-service, PaaS, software stack, each configured to provide a platform to host the service and the application utilizing said service in which platform specific details are abstracted. deploy a first service domain to a first computing platform having a first architecture and a second service domain to a second computing platform having a second architecture that is different than the first architecture, the first service domain including platform-specific software configured to operate on the first architecture, and the second service domain including platform-specific software configured to operate on the second architecture; receive request to deploy an application to the first service domain and the second service domain, wherein the application utilizes a service that may be provided by the first and second service domains; deploy the service on the first and second service domains; and deploy the application on the first and second service domains, wherein the first service domain hosts a first platform-as-a-service, PaaS, software stack and the second service domain hosts a second platform-as-a-service, PaaS, software stack, each configured to provide a platform to host the service and the application utilizing said service in which platform specific details are abstracted.
A pack for containing and recharging an electronic vapour provision system, said pack comprising: a re-chargeable pack battery; a first connector which is electrically connectable to an external power source; a first recharging mechanism for re-charging the pack battery using the external power source when the first connector is electrically connected to the external power source; a second connector which is electrically connectable to an electronic vapour provision system contained within the pack; and a second recharging mechanism for re-charging the electronic vapour provision system when the electronic vapour provision system is electrically connected to the second connector; wherein the first recharging mechanism comprises a first protection circuit module for preventing electrical power flow from the external power source to the pack battery when the current supplied to the pack battery exceeds a first predetermined current threshold or the voltage supplied to the pack battery exceeds a first predetermined voltage threshold, wherein the first recharging mechanism monitors a temperature using information provided by a temperature sensor, wherein the first recharging mechanism is configured to cut off current supply to the battery if the temperature goes above a predetermined upper temperature threshold or if the temperature goes below a predetermined lower temperature threshold. a re-chargeable pack battery; a first connector which is electrically connectable to an external power source; a first recharging mechanism for re-charging the pack battery using the external power source when the first connector is electrically connected to the external power source; a second connector which is electrically connectable to an electronic vapour provision system contained within the pack; and a second recharging mechanism for re-charging the electronic vapour provision system when the electronic vapour provision system is electrically connected to the second connector; wherein the first recharging mechanism comprises a first protection circuit module for preventing electrical power flow from the external power source to the pack battery when the current supplied to the pack battery exceeds a first predetermined current threshold or the voltage supplied to the pack battery exceeds a first predetermined voltage threshold, wherein the first recharging mechanism monitors a temperature using information provided by a temperature sensor, wherein the first recharging mechanism is configured to cut off current supply to the battery if the temperature goes above a predetermined upper temperature threshold or if the temperature goes below a predetermined lower temperature threshold.