mhurhangee/ep-ind-claims huggingface dataset:
Speed change controller for a saddle-ride type vehicle comprising: a detection mechanism detecting operation by a driver for speed change; and a speed change mechanism performing speed change on the basis of speed change operation detected by the detection mechanism; wherein the detection mechanism comprises an operation part which is manipulated by a foot of a rider, and a detection unit that detects the manipulation by foot; the speed change mechanism comprises a shift actuator and a shift shaft which is turned in a predetermined direction by a driving force of the shift actuator, and the operation part comprises a moving part which moves relative to the vehicle on the basis of the manipulation by foot wherein the detection unit detects that the moving part moves a predetermined amount or more, characterized in that a shift arm of a ratchet mechanism is provided that restricts a stroke of the shift shaft simultaneously transmits rotation of the shift shaft to a shift cam, the shift cam being part of the speed change mechanism and in that the operation part further comprises a stopper (106,107) that restricts a moving range of the moving part. a detection mechanism detecting operation by a driver for speed change; and a speed change mechanism performing speed change on the basis of speed change operation detected by the detection mechanism; wherein the detection mechanism comprises an operation part which is manipulated by a foot of a rider, and a detection unit that detects the manipulation by foot; the speed change mechanism comprises a shift actuator and a shift shaft which is turned in a predetermined direction by a driving force of the shift actuator, and the operation part comprises a moving part which moves relative to the vehicle on the basis of the manipulation by foot wherein the detection unit detects that the moving part moves a predetermined amount or more, characterized in that a shift arm of a ratchet mechanism is provided that restricts a stroke of the shift shaft simultaneously transmits rotation of the shift shaft to a shift cam, the shift cam being part of the speed change mechanism and in that the operation part further comprises a stopper (106,107) that restricts a moving range of the moving part.
A body fluid leakage detection aqueous composition, the composition comprising a gelling agent, increasing the viscosity of the composition, wherein the gelling agent is cross-linked α-glucan microspheres, and buffering species, the composition thereby being buffered, wherein the composition further comprises a pH-indicator, and wherein the pH of the composition is at least 0.1 pH units lower, or higher, than a p K a of the pH-indicator.
Method for at least partly coating an electrically conductive substrate, comprising at least the steps of at least partly coating the substrate with a dipping varnish comprising at least one binder, by at least partial electrophoretic deposition of the dipping varnish on the substrate surface, and contacting the substrate at least partly coated with the dipping varnish with an aqueous composition, characterized in that the aqueous composition used in step is an aqueous sol-gel composition, which is obtainable by reacting at least one starting compound which has at least one metal atom and/or semimetal atom and at least two hydrolyzable groups, and which further has at least one nonhydrolyzable organic radical, with water, and step takes place before curing of the electrophoretically deposited dipping varnish. at least partly coating the substrate with a dipping varnish comprising at least one binder, by at least partial electrophoretic deposition of the dipping varnish on the substrate surface, and contacting the substrate at least partly coated with the dipping varnish with an aqueous composition,
A self-aligning docking mechanism for an unmanned aerial vehicle, UAV, (12, 14, 16, 30, 40), the self-aligning docking mechanism comprising: an alignment circuit configured to generate an alignment signal representing a current alignment of the UAV with a proximate UAV responsive to detecting an indicator signal emitted by the proximate UAV; characterized in that the self-aligning docking mechanism further comprises a docking jaw configured to grip a corresponding docking jaw disposed on the proximate UAV; and a docking control circuit (122, 124) configured to: align the docking jaw with the corresponding docking jaw on the proximate UAV based on the alignment signal; and control the docking jaw to grip the corresponding docking jaw to dock the UAV to the proximate UAV. an alignment circuit configured to generate an alignment signal representing a current alignment of the UAV with a proximate UAV responsive to detecting an indicator signal emitted by the proximate UAV; characterized in that the self-aligning docking mechanism further comprises a docking jaw configured to grip a corresponding docking jaw disposed on the proximate UAV; and a docking control circuit (122, 124) configured to: align the docking jaw with the corresponding docking jaw on the proximate UAV based on the alignment signal; and control the docking jaw to grip the corresponding docking jaw to dock the UAV to the proximate UAV. align the docking jaw with the corresponding docking jaw on the proximate UAV based on the alignment signal; and control the docking jaw to grip the corresponding docking jaw to dock the UAV to the proximate UAV.
Cavitation sensing unit configured to be acoustically connected to a control valve, said cavitation sensing unit comprising: a frame body having an elongated shape defining a longitudinal direction, said frame body including a waveguide beam element having a first surface attached to an acoustic transducer and a second surface, opposite to said first surface, attached to a printed circuit board, and a second connecting partner, arranged on one extremity of said frame body, and configured to be inserted into a housing of the body of said control valve, and acoustically connected to an inner chamber inside the housing of the body of said control valve, the cavitation sensing unit being characterized in that: said a wave-guide beam element extends along said longitudinal direction of the elongated frame body away from the second connecting partner. a frame body having an elongated shape defining a longitudinal direction, said frame body including a waveguide beam element having a first surface attached to an acoustic transducer and a second surface, opposite to said first surface, attached to a printed circuit board, and a second connecting partner, arranged on one extremity of said frame body, and configured to be inserted into a housing of the body of said control valve, and acoustically connected to an inner chamber inside the housing of the body of said control valve, the cavitation sensing unit being characterized in that: said a wave-guide beam element extends along said longitudinal direction of the elongated frame body away from the second connecting partner.
A method performed by a wireless device for providing a radio link status indication to a network, the method comprising: - detecting an early radio link issue; - starting a first timer when the early radio link issue is detected; - starting a second timer when the early radio link issue is detected; - initiating the transmission of an early radio link issue indication; - wherein the transmission of the early radio link issue indication is initiated when the first timer reaches a first time interval threshold; and - declaring radio link failure and triggering a cell reselection procedure when the second timer reaches a second time interval threshold, wherein the second time interval threshold is greater than the first time interval threshold. - detecting an early radio link issue; - starting a first timer when the early radio link issue is detected; - starting a second timer when the early radio link issue is detected; - initiating the transmission of an early radio link issue indication; - wherein the transmission of the early radio link issue indication is initiated when the first timer reaches a first time interval threshold; and - declaring radio link failure and triggering a cell reselection procedure when the second timer reaches a second time interval threshold, wherein the second time interval threshold is greater than the first time interval threshold.
A power MOS field effect transistor (MOSFET), comprising a plurality of transistor cells, each cell comprising a source region and a drain region to be contacted through a surface of a silicon wafer die; a first dielectric layer disposed directly on the surface of the silicon wafer die; a plurality of grooves in said first dielectric layer, each groove formed above the source regions and drain regions, respectively and being filled with a conductive material wherein the conductive material in each groove is in direct contact with a respective source or drain region (180; 170); a second dielectric layer disposed on a surface of the first dielectric layer and comprising openings to expose contact areas to said grooves; a metal layer disposed on a surface of said second dielectric layer and filling said openings, wherein the metal layer is patterned and etched to form separate metal wires (110a,b) connecting each drain region and each source region of the plurality of transistor cells, respectively through said grooves, wherein the metal wires (110a,b) are running transversally to a length of said grooves, and wherein each groove covers at least a portion of a surface area of the underlying drain and source regions (180, 170), respectively, wherein all transistor cells are connected in parallel, respectively such that all drains are electrically connected to each other and all sources are electrically connected to each other, the power MOSFET characterised in that: the conductive material in each groove is in direct contact with a respective contact area; and wherein from a top view the length of each groove extends under two neighboring drain and source metal wires (110a, 110b). the conductive material in each groove is in direct contact with a respective contact area; and wherein from a top view the length of each groove extends under two neighboring drain and source metal wires (110a, 110b).
High-tensile brass alloy, characterised in that it consists of 60-62 wt % Cu; 5.8-6.2 wt.% Mn; 4.3-4.7 wt.% Ni; 4.9-5.1 wt.% Al; 1.3-1.7wt.% Si; 0.9-1.1 wt.% Fe; ≤ 0.1 wt.% Sn; ≤ 0.1 wt.% Pb; and the remainder being Zn together with unavoidable impurities. 5.8-6.2 wt.% Mn; 4.3-4.7 wt.% Ni; 4.9-5.1 wt.% Al; 1.3-1.7wt.% Si; 0.9-1.1 wt.% Fe; ≤ 0.1 wt.% Sn; ≤ 0.1 wt.% Pb; and the remainder being Zn together with unavoidable impurities.
Method for managing a group of dairy animals (10, 10A) in a system for keeping dairy animals (10, 10A), wherein the system comprises: - a living area such as a stable which comprises a lying and eating area and a milking area, wherein the milking area is provided with a milking station for automatic milking of a dairy animal (10, 10A), - a selection device, - a separation area which is separate from the living area and is connected to the living area by means of the selection device, wherein the method comprises: - determining a subgroup of dairy animals to be separated from the group of dairy animals (10, 10A), - determining an end time at which it is desired that the one or more dairy animals of the subgroup to be separated is/are present in the separation area, - determining separately an individual separation period for each individual dairy animal from the subgroup to be separated, wherein the individual separation period runs from an individually determined start time until the end time, and - operating the selection device such that a dairy animal (10, 10A) which has walked to the selection device is guided to the separation area if said dairy animal belongs to the subgroup to be separated, and said dairy animal is present at the selection device during the individual separating period determined for said dairy animal, characterized in that the activity of at least each dairy animal of the subgroup to be separated is observed by means of an observation system while said dairy animal is present in the lying and eating area, and the individual separation period of each individual dairy animal from the subgroup to be separated is determined as a function of the activity of said dairy animal observed by the observation system. - a living area such as a stable which comprises a lying and eating area and a milking area, wherein the milking area is provided with a milking station for automatic milking of a dairy animal (10, 10A), - a selection device, - a separation area which is separate from the living area and is connected to the living area by means of the selection device, - determining a subgroup of dairy animals to be separated from the group of dairy animals (10, 10A), - determining an end time at which it is desired that the one or more dairy animals of the subgroup to be separated is/are present in the separation area, - determining separately an individual separation period for each individual dairy animal from the subgroup to be separated, wherein the individual separation period runs from an individually determined start time until the end time, and - operating the selection device such that a dairy animal (10, 10A) which has walked to the selection device is guided to the separation area if said dairy animal belongs to the subgroup to be separated, and said dairy animal is present at the selection device during the individual separating period determined for said dairy animal,
A hot-water heating apparatus comprising: a heater including a heat pump cycle; a heating cycle in which hot water is circulated through the heater and a heating terminal unit, the hot water being obtained by heating water by the heater; a circulation pump circulating the hot water in the heating cycle; a circulation quantity detector configured to detect a quantity of the hot water circulated in the heating cycle; and a controller, a determiner determining a quantity level of the hot water circulated in the heating cycle and, characterized in that the determiner sends a result of the determined quantity level to a control terminal slave via a network before the hot-water heating apparatus stops due to an abnormal event. a heater including a heat pump cycle; a heating cycle in which hot water is circulated through the heater and a heating terminal unit, the hot water being obtained by heating water by the heater; a circulation pump circulating the hot water in the heating cycle; a circulation quantity detector configured to detect a quantity of the hot water circulated in the heating cycle; and a controller, a determiner determining a quantity level of the hot water circulated in the heating cycle and, characterized in that the determiner sends a result of the determined quantity level to a control terminal slave via a network before the hot-water heating apparatus stops due to an abnormal event.
Strip deflector for contactless deflection of a rolling medium from the surface of a metal strip during rolling of the metal strip, comprising: a base body, which defines a tip, with at least one compressed air chamber and at least one nozzle for issuing compressed air; and a compressed air source, which is connected in terms of flow with the compressed air chamber, for providing compressed air for the compressed air chamber and the nozzle, wherein the nozzle has a first nozzle channel section connected in terms of flow with the compressed air chamber and a second nozzle channel section (116-II) downstream of the first nozzle channel section in flow direction, wherein the first nozzle channel section (116-I) is formed by a side wall (116-I-1) facing the tip of the base body and an opposite side wall remote from the tip of the base body, wherein at the transition from the first nozzle channel section to the second nozzle channel section the side wall facing the tip of the base body is bent away towards the tip of the base body so as to form a first separation edge, and wherein the second nozzle channel section (116-II) is bounded by the continuation of the side wall (116-I-2), which is remote from the tip of the base body, beyond the first separation edge in the flow direction; characterised in that the side wall remote from the tip of the base body is bent away from the tip of the strip deflector so as to form a second separation edge at the end of the second nozzle channel section (116-II). a base body, which defines a tip, with at least one compressed air chamber and at least one nozzle for issuing compressed air; and a compressed air source, which is connected in terms of flow with the compressed air chamber, for providing compressed air for the compressed air chamber and the nozzle, wherein the nozzle has a first nozzle channel section connected in terms of flow with the compressed air chamber and a second nozzle channel section (116-II) downstream of the first nozzle channel section in flow direction, wherein the first nozzle channel section (116-I) is formed by a side wall (116-I-1) facing the tip of the base body and an opposite side wall remote from the tip of the base body, wherein at the transition from the first nozzle channel section to the second nozzle channel section the side wall facing the tip of the base body is bent away towards the tip of the base body so as to form a first separation edge, and wherein the second nozzle channel section (116-II) is bounded by the continuation of the side wall (116-I-2), which is remote from the tip of the base body, beyond the first separation edge in the flow direction; characterised in that the side wall remote from the tip of the base body is bent away from the tip of the strip deflector so as to form a second separation edge at the end of the second nozzle channel section (116-II).
Active ingredients for use in a method for treating bacterial infection in a subject, said active ingredients comprising: (a) 2 gram of cefepime or a pharmaceutically acceptable salt thereof, (b) 0.70 to 0.80 gram of arginine or a pharmaceutically acceptable salt thereof, per gram of cefepime or the pharmaceutically acceptable salt thereof, and (c) 2 gram of tazobactam or a pharmaceutically acceptable salt thereof; said method comprising that the active ingredients are administered parenterally over a period of 15 minutes to 250 minutes.
Method for maintaining a virtual machine hosted on a server of a host computer, the method being implemented on the host computer, the virtual machine comprising a graphics processing unit to prepare session images intended to be displayed on a screen of a remote client, the session images being produced by the virtual machine, the maintenance method being characterized in that it comprises the following steps: - obtaining at least one session image capturing display data which is stored in a buffer of the graphics processing unit of the virtual machine; - comparing the captured session image with at least one screen image representative of a non-functional state of the virtual machine, the comparison applying image metrics and considering that two images correspond if the distance separating them is less than a determined threshold; - determining the operating state of the virtual machine according to the result of the previous comparison step. - obtaining at least one session image capturing display data which is stored in a buffer of the graphics processing unit of the virtual machine; - comparing the captured session image with at least one screen image representative of a non-functional state of the virtual machine, the comparison applying image metrics and considering that two images correspond if the distance separating them is less than a determined threshold; - determining the operating state of the virtual machine according to the result of the previous comparison step.
A method for wireless communications by an apparatus, comprising: pre-allocating alternative primary channels from a plurality of channels to one or more wireless nodes of a first type; generating a frame having channel bonding information indicating whether each of the plurality of channels is available for multi-user, MU, communication by the one or more wireless nodes of the first type, the one or more wireless nodes of the first type having a first MU communication capability, wherein: the channel bonding information is provided via one or more bits of a service field of the frame; and at least one of the one or more bits of the service field is configured to be used as a parity bit to detect any error in the channel bonding information; the frame is decodable by the one or more wireless nodes of the first type and one or more wireless nodes of a second type, the one or more wireless nodes of the second type not having the first MU communication capability; and the channel bonding information is interpretable by the one or more wireless nodes of the first type but not interpretable by the one or more wireless nodes of the second type; and outputting the frame for transmission. pre-allocating alternative primary channels from a plurality of channels to one or more wireless nodes of a first type; generating a frame having channel bonding information indicating whether each of the plurality of channels is available for multi-user, MU, communication by the one or more wireless nodes of the first type, the one or more wireless nodes of the first type having a first MU communication capability, wherein: the channel bonding information is provided via one or more bits of a service field of the frame; and at least one of the one or more bits of the service field is configured to be used as a parity bit to detect any error in the channel bonding information; the frame is decodable by the one or more wireless nodes of the first type and one or more wireless nodes of a second type, the one or more wireless nodes of the second type not having the first MU communication capability; and the channel bonding information is interpretable by the one or more wireless nodes of the first type but not interpretable by the one or more wireless nodes of the second type; and the channel bonding information is provided via one or more bits of a service field of the frame; and at least one of the one or more bits of the service field is configured to be used as a parity bit to detect any error in the channel bonding information; the frame is decodable by the one or more wireless nodes of the first type and one or more wireless nodes of a second type, the one or more wireless nodes of the second type not having the first MU communication capability; and the channel bonding information is interpretable by the one or more wireless nodes of the first type but not interpretable by the one or more wireless nodes of the second type; and outputting the frame for transmission.
A mixture which can be used as curing agent and as adhesion promoter and which comprises at least two components and, which are different from one another and have in each case independently of one another free and/or blocked isocyanate groups, and which optionally comprises a further component different from and; component comprises at least one aliphatic polyisocyanate, and component comprises at least one aliphatic polyisocyanate having polyether units, characterized in that the relative weight ratio of components and in the mixture to one another is in a range from 25:1 to 3:1, based in each case on the solids content of components and, and at least one of the components,, and optionally present in the mixture has hydrolyzable silane groups.