mhurhangee/patent-ind-claim-en huggingface dataset:
A wiring substrate , comprising: an electrode comprising Cu or a Cu alloy; and a plated film comprising an electroless nickel-plated layer formed on the electrode , an electroless palladium-plated layer formed on the electroless nickel-plated layer , and an electroless gold-plated layer formed on the electroless palladium-plated layer , characterized in that the electroless nickel-plated layer is formed by co-precipitation of Ni, P, Bi, and S using an electroless nickel plating bath in which nickel sulfate, sodium hypophosphite, lactic acid, bismuth nitrate, and thiourea are dissolved in water, the electroless nickel-plated layer comprises a content of P of 5% by mass or more and less than 10% by mass, a content of Bi of 1 ppm by mass to 1000 ppm by mass, and a content of S of 1 ppm by mass to 2000 ppm by mass, a mass ratio of the content of S to the content of Bi (S/Bi) is more than 1.0, and a total of the content of Bi and the content of S in the electroless nickel-plated layer is 400 ppm by mass or more, wherein each content of P, S, and Bi included in the electroless nickel-plated layer is respectively measured by an X-ray fluorescence analysis thickness meter, a combustion-coulometry method, and an inductively coupled plasma - mass spectroscopy analysis method. an electrode comprising Cu or a Cu alloy; and a plated film comprising an electroless nickel-plated layer formed on the electrode , an electroless palladium-plated layer formed on the electroless nickel-plated layer , and an electroless gold-plated layer formed on the electroless palladium-plated layer , characterized in that the electroless nickel-plated layer is formed by co-precipitation of Ni, P, Bi, and S using an electroless nickel plating bath in which nickel sulfate, sodium hypophosphite, lactic acid, bismuth nitrate, and thiourea are dissolved in water, the electroless nickel-plated layer comprises a content of P of 5% by mass or more and less than 10% by mass, a content of Bi of 1 ppm by mass to 1000 ppm by mass, and a content of S of 1 ppm by mass to 2000 ppm by mass, a mass ratio of the content of S to the content of Bi (S/Bi) is more than 1.0, and a total of the content of Bi and the content of S in the electroless nickel-plated layer is 400 ppm by mass or more, wherein each content of P, S, and Bi included in the electroless nickel-plated layer is respectively measured by an X-ray fluorescence analysis thickness meter, a combustion-coulometry method, and an inductively coupled plasma - mass spectroscopy analysis method.
A method for accessing shared cloud resource using virtual network , VNET, addresses in a cloud computing system having a plurality of hosts interconnected by a computer network , the method comprising: intercepting, at a host in the cloud computing system , a connection packet representing a connection request from a VNET source having a VNET source address in a virtual network having a VNET ID to a shared cloud resource in the cloud computing system at a VNET destination address assigned to the shared cloud resource by the tenant of the virtual network ; and in response to intercepting the connection packet destined to the VNET destination address, at the host , encapsulating the connection packet with data representing the VNET ID, the VNET source address, and the VNET destination address of the virtual network from which the connection packet is received; determining a routable network address to a controller of the shared cloud resource in the computer network of the cloud computing system ; and according to the determined routable network address , forwarding the encapsulated connection packet to the shared cloud resource in the cloud computing system , thereby enabling transmission of the connection packet to the shared cloud resource at the routable network address while retaining the data representing the VNET ID, the VNET source address, and the VNET destination address for access control at the controller of the shared cloud resource. intercepting, at a host in the cloud computing system , a connection packet representing a connection request from a VNET source having a VNET source address in a virtual network having a VNET ID to a shared cloud resource in the cloud computing system at a VNET destination address assigned to the shared cloud resource by the tenant of the virtual network ; and in response to intercepting the connection packet destined to the VNET destination address, at the host , encapsulating the connection packet with data representing the VNET ID, the VNET source address, and the VNET destination address of the virtual network from which the connection packet is received; determining a routable network address to a controller of the shared cloud resource in the computer network of the cloud computing system ; and according to the determined routable network address , forwarding the encapsulated connection packet to the shared cloud resource in the cloud computing system , thereby enabling transmission of the connection packet to the shared cloud resource at the routable network address while retaining the data representing the VNET ID, the VNET source address, and the VNET destination address for access control at the controller of the shared cloud resource.
A method for producing transformer cores by means of a robot system , sheets of metal from which a transformer core is constructed being received on at least two stacking tables by means of a multiaxial robot of the robot system, the sheets of metal being supplied to the robot and being stacked adjacent to the robot in at least two storage positions for different said sheets of metal by means of a conveyor device , the robot and the conveyor device being controlled by a control device , said sheets of metal being collected from the storage positions and stacked on the stacking tables by means of the robot disposed between and above the stacking tables, the stacking tables each comprising at least two threading bolts and/or sheet-metal abutments which serve as positioning aids for the sheets of metal , the stacking table forming a positioning surface for the threading bolts and/or the sheet-metal abutments and being equipped with the threading bolts and/or the sheet-metal abutments characterized in that the stacking tables and the threading bolts and/or the sheet-metal abutments are realized such that a free positioning and location-independent fastening of the threading bolts and/or the sheet-metal abutments within the positioning surface is possible at any position of the positioning surface.
A light emitting diode component , comprising: a light emitting semiconductor structure having a top surface, and a micro-optical multilayer structure arranged to guide light out from said top surface of the light emitting semiconductor structure , said micro-optical multilayer structure comprising a plurality of layers, wherein an i + 1:th layer is arranged on top an i :th layer in a sequence as seen from said semiconductor structure , wherein a refractive index, n i , of the i :th layer is greater than a refractive index, n i + 1 , of the i + 1 :th layer wherein the value of i is selected from the set of positive integers, and wherein a thickness of the i + 1 :th layer is greater than a thickness of the i :th layer, characterised in that a surface area of the multilayer structure is substantially equal to the surface area of the top surface of the light emitting semiconductor structure. a light emitting semiconductor structure having a top surface, and a micro-optical multilayer structure arranged to guide light out from said top surface of the light emitting semiconductor structure , said micro-optical multilayer structure comprising a plurality of layers, wherein an i + 1:th layer is arranged on top an i :th layer in a sequence as seen from said semiconductor structure , wherein a refractive index, n i , of the i :th layer is greater than a refractive index, n i + 1 , of the i + 1 :th layer wherein the value of i is selected from the set of positive integers, and wherein a thickness of the i + 1 :th layer is greater than a thickness of the i :th layer, characterised in that a surface area of the multilayer structure is substantially equal to the surface area of the top surface of the light emitting semiconductor structure.
A compound of Formula (I), pharmaceutically acceptable salts of a compound of Formula (I), or solvates of any of the foregoing, for use in treatment of irregular sleep-wake rhythm disorder in a subject in need thereof, wherein the compound of Formula (I) is lemborexant.
A system for regulating a temperature of a thermal energy carrying fluid in a sector of a fluid distribution network , the fluid distribution network comprising a feed line for transporting the fluid from a thermal energy source to at least one thermal energy consumer located within the sector and a return line for transporting the fluid back from the at least one thermal energy consumer to the thermal energy source , wherein the system comprises - a bypass line connecting the return line to the feed line for mixing fluid from the return line into the feed line , - at least one bypass pump being arranged at the by-pass line for pumping fluid from the return line to the feed line , - a control unit being configured to control a speed ( ω ) of the at least one bypass pump , - at least one temperature sensor being arranged and configured to determine a temperature ( T 1 ) of the fluid in the feed line downstream of the bypass line , and - at least one pressure sensor being arranged and configured to determine an uncontrolled pressure difference (Δp) between the feed line and the return line , or a pressure difference correlating therewith, wherein the control unit is configured to control the speed ( ω ) of the at least one bypass pump based on a combination of: - a closed-loop control to provide a fluid flow in the bypass line for achieving a target feed line temperature ( T 1 ∗ ) based on the determined feed line temperature ( T 1 ), wherein the control unit is configured to set a target bypass fluid flow q* ( T 1 ) to minimize a deviation e T = T 1 ∗ − T 1 between the determined feed line temperature T 1 and the target feed line temperature T 1 ∗ , and - a feed-forward control to compensate fluctuations of the pressure difference (Δ p ) between the feed line and the return line based on the determined pressure difference (Δp). - a bypass line connecting the return line to the feed line for mixing fluid from the return line into the feed line , - at least one bypass pump being arranged at the by-pass line for pumping fluid from the return line to the feed line , - a control unit being configured to control a speed ( ω ) of the at least one bypass pump , - at least one temperature sensor being arranged and configured to determine a temperature ( T 1 ) of the fluid in the feed line downstream of the bypass line , and - at least one pressure sensor being arranged and configured to determine an uncontrolled pressure difference (Δp) between the feed line and the return line , or a pressure difference correlating therewith, - a closed-loop control to provide a fluid flow in the bypass line for achieving a target feed line temperature ( T 1 ∗ ) based on the determined feed line temperature ( T 1 ), wherein the control unit is configured to set a target bypass fluid flow q* ( T 1 ) to minimize a deviation e T = T 1 ∗ − T 1 between the determined feed line temperature T 1 and the target feed line temperature T 1 ∗ , and - a feed-forward control to compensate fluctuations of the pressure difference (Δ p ) between the feed line and the return line based on the determined pressure difference (Δp).
An aircraft tyre monitoring device configured to be mounted on a wheel of a vehicle, the tyre monitoring device comprising: a wireless communication interface ; an indicator ; a pressure sensor ; a temperature sensor ; a processing system ; and a power supply ; wherein the tyre monitoring device is configured to: operate in a storage mode in which at least one of the indicator , the pressure sensor ; the temperature sensor and the processing system cannot be used and the tyre monitoring device is only responsive to an initialisation instruction received over the wireless communication interface ; and operate in a normal mode in response to the initialisation instruction, wherein in the normal mode, the indicator , the pressure sensor ; the temperature sensor and the processing system can be used and the tyre monitoring device is responsive to instructions received over the wireless communication interface , the storage mode having a lower power requirement than the normal mode. a wireless communication interface ; an indicator ; a pressure sensor ; a temperature sensor ; a processing system ; and a power supply ; wherein the tyre monitoring device is configured to: operate in a storage mode in which at least one of the indicator , the pressure sensor ; the temperature sensor and the processing system cannot be used and the tyre monitoring device is only responsive to an initialisation instruction received over the wireless communication interface ; and operate in a normal mode in response to the initialisation instruction, wherein in the normal mode, the indicator , the pressure sensor ; the temperature sensor and the processing system can be used and the tyre monitoring device is responsive to instructions received over the wireless communication interface , the storage mode having a lower power requirement than the normal mode. operate in a storage mode in which at least one of the indicator , the pressure sensor ; the temperature sensor and the processing system cannot be used and the tyre monitoring device is only responsive to an initialisation instruction received over the wireless communication interface ; and operate in a normal mode in response to the initialisation instruction, wherein in the normal mode, the indicator , the pressure sensor ; the temperature sensor and the processing system can be used and the tyre monitoring device is responsive to instructions received over the wireless communication interface , the storage mode having a lower power requirement than the normal mode.
A system for measuring a strain of a measurement object comprising at least one strain measurement apparatus that has a housing , which bounds an inner space closed at all sides and filled with a liquid and/or a ductile solid, and at least one strain measurement element for detecting a deformation of the housing that is arranged in the inner space and at least sectionally contacts an inner wall of the housing , characterized in that the system has a holder which presses the strain measurement apparatus against the measurement object , with a contact pressure (P) being so large that a strain of the measurement object due to static friction between the strain measurement apparatus and the measurement object is transmitted to the strain measurement apparatus , and with the holder comprising an elastic element which at least partly generates the contact pressure (P), with the contact pressure (P) being settable.
A cosmetic container comprising: a cosmetic having flowability and containing an ultraviolet absorber; and a cosmetic carrier, the cosmetic carrier impregnating and holding the cosmetic, wherein the cosmetic carrier is formed of a fibrous aggregate having a core-sheath structure, wherein the fibers having a core-sheath structure comprise an eccentric core-sheath type conjugate fiber, characterized in that the core portion of the core-sheath type conjugate fibers consists of polypropylene, and the sheath portion of the core-sheath type conjugate fibers consists of polybutene-1. wherein the cosmetic carrier is formed of a fibrous aggregate having a core-sheath structure, wherein the fibers having a core-sheath structure comprise an eccentric core-sheath type conjugate fiber, characterized in that the core portion of the core-sheath type conjugate fibers consists of polypropylene, and the sheath portion of the core-sheath type conjugate fibers consists of polybutene-1.
A method of controlling sidelink radio transmissions in a wireless communication network, the method comprising: a radio device receiving first sidelink control information from a further radio device , the first sidelink control information comprising information for sensing-based allocation of radio resources for a sidelink radio transmission ; based on assistance information stored in the radio device and the received first sidelink control information , the radio device determining a configuration for transmission of second sidelink control information ; based on the determined configuration for transmission of the second sidelink control information , the radio device receiving the second sidelink control information from the further radio device ; and based on the received second sidelink control information , the radio device receiving the sidelink radio transmission from the further radio device , wherein the assistance information defines multiple candidate configurations for transmission of the second sidelink control information ; and wherein the first sidelink control information identifies the configuration for transmission of the second sidelink control information among the candidate configurations. a radio device receiving first sidelink control information from a further radio device , the first sidelink control information comprising information for sensing-based allocation of radio resources for a sidelink radio transmission ; based on assistance information stored in the radio device and the received first sidelink control information , the radio device determining a configuration for transmission of second sidelink control information ; based on the determined configuration for transmission of the second sidelink control information , the radio device receiving the second sidelink control information from the further radio device ; and based on the received second sidelink control information , the radio device receiving the sidelink radio transmission from the further radio device , wherein the assistance information defines multiple candidate configurations for transmission of the second sidelink control information ; and wherein the first sidelink control information identifies the configuration for transmission of the second sidelink control information among the candidate configurations. wherein the assistance information defines multiple candidate configurations for transmission of the second sidelink control information ; and wherein the first sidelink control information identifies the configuration for transmission of the second sidelink control information among the candidate configurations.
A measuring arrangement of a wind power installation having a tower and an aerodynamic rotor with at least one rotor blade for determining a thrust force of the rotor , comprising: - a measuring device configured for detecting a first bending moment (B1) of the tower at a first height (H1) and a second bending moment (B2) of the tower at a second height (H2), which is different from the first height (H1), the first and second bending moments (B1, B2) being made up in each case of a natural moment component, a pitching moment component and a thrust force moment component, - a thrust force determining unit configured for determining a thrust force based on a first comparison value (V1), determined on the basis of a comparison of the first and second bending moments (B1, B2), the first comparison value (V1) being independent of the natural moment component and the pitching moment component. - a measuring device configured for detecting a first bending moment (B1) of the tower at a first height (H1) and a second bending moment (B2) of the tower at a second height (H2), which is different from the first height (H1), the first and second bending moments (B1, B2) being made up in each case of a natural moment component, a pitching moment component and a thrust force moment component, - a thrust force determining unit configured for determining a thrust force based on a first comparison value (V1), determined on the basis of a comparison of the first and second bending moments (B1, B2), the first comparison value (V1) being independent of the natural moment component and the pitching moment component.
An opening/closing body drive device , comprising: a drive mechanism that moves an opening/closing body between an opening position and a closing position relative to a frame portion having an opening; a control unit for controlling the drive mechanism ; a light source unit comprising a light emitting element emitting a non-visible light and radiating the non-visible light to a detection line formed of a retroreflective material along at least a part of the frame portion ; and a camera comprising an incident lens (71a;..; 71d) into which the non-visible light radiated from the light source unit and reflected by the detection line enters, wherein the control unit comprises a detection means for detecting a blocked state in which at least a part of the detection line imaged by the camera is blocked by a foreign object, and a pinching prevention means that forces the drive mechanism to perform a pinch prevention operation for preventing pinching by the opening/closing body when the blocked state is detected by the detection means while the opening/closing body is moved by the drive mechanism, characterized in that at least of a part of the light source unit is arranged in front of the incident lens (71a;..; 71d) when the incident lens is viewed along an optical axis thereof from a side of the opening. a drive mechanism that moves an opening/closing body between an opening position and a closing position relative to a frame portion having an opening; a control unit for controlling the drive mechanism ; a light source unit comprising a light emitting element emitting a non-visible light and radiating the non-visible light to a detection line formed of a retroreflective material along at least a part of the frame portion ; and a camera comprising an incident lens (71a;..; 71d) into which the non-visible light radiated from the light source unit and reflected by the detection line enters, wherein the control unit comprises a detection means for detecting a blocked state in which at least a part of the detection line imaged by the camera is blocked by a foreign object, and a pinching prevention means that forces the drive mechanism to perform a pinch prevention operation for preventing pinching by the opening/closing body when the blocked state is detected by the detection means while the opening/closing body is moved by the drive mechanism, characterized in that at least of a part of the light source unit is arranged in front of the incident lens (71a;..; 71d) when the incident lens is viewed along an optical axis thereof from a side of the opening.