mhurhangee/patent-ind-claim-en huggingface dataset:
A dielectric waveguide socket comprising: a dielectric waveguide, DWG, stub having a dielectric core member surrounded by dielectric cladding, the DWG stub having an interface end and an opposite mating end; a socket body coupled to the DWG stub, such that a mounting surface of the socket body is configured to mount the socket body on a substrate such that the core member of DWG stub forms an angle of inclination with the substrate; and wherein the socket body is configured to couple with the end of a DWG cable , such that the end of the DWG cable is held in alignment with the mating end of the DWG stub, and wherein a portion of the dielectric cladding at the interface end of the DWG stub is tapered to approximately match the angle of inclination of the core of the DWG stub. a dielectric waveguide, DWG, stub having a dielectric core member surrounded by dielectric cladding, the DWG stub having an interface end and an opposite mating end; a socket body coupled to the DWG stub, such that a mounting surface of the socket body is configured to mount the socket body on a substrate such that the core member of DWG stub forms an angle of inclination with the substrate; and wherein the socket body is configured to couple with the end of a DWG cable , such that the end of the DWG cable is held in alignment with the mating end of the DWG stub, and wherein a portion of the dielectric cladding at the interface end of the DWG stub is tapered to approximately match the angle of inclination of the core of the DWG stub.
A separator plate for an electrochemical system , comprising: at least one passage opening (10a-h) for forming a media channel for feeding or discharging media; at least one bead arrangement (14a-h) arranged around the at least one passage opening (10a-h), for the purpose of sealing said passage opening (10a-h), wherein at least one of the flanks of the bead arrangement (14a-h) comprises at least one opening for conducting a medium through the bead flank ; and at least one guide channel , which is connected, on an exterior of the bead arrangement (14a-h), to the opening in the bead flank and is fluidically connected to a bead interior via the opening in the bead flank ; characterised in that the guide channel is designed such that a guide channel height (32', 32") perpendicular to the flat surface plane of the separator plate increases in the direction of the bead arrangement (14a-h) at least in sections. at least one passage opening (10a-h) for forming a media channel for feeding or discharging media; at least one bead arrangement (14a-h) arranged around the at least one passage opening (10a-h), for the purpose of sealing said passage opening (10a-h), wherein at least one of the flanks of the bead arrangement (14a-h) comprises at least one opening for conducting a medium through the bead flank ; and at least one guide channel , which is connected, on an exterior of the bead arrangement (14a-h), to the opening in the bead flank and is fluidically connected to a bead interior via the opening in the bead flank ;
A method of performing inter-cell interference coordination, ICIC, in a wireless communication system, the method comprising: receiving, by a second base station, BS, from a first BS, i) time domain ICIC information including almost blank subframe information of the first BS, ii) frequency domain ICIC information including an uplink interference overload indication, UL IOI, that is related to an interference level experienced at the first BS, a relative narrowband transmission power, RNTP, of the first BS and a high interference indication, HII, of the first BS and iii) a bitmap including a plurality of bits each indicating whether or not the UL IOI is valid in each of a plurality of subframes; checking, by the second BS, the validity of the UL IOI of the first BS for a corresponding subframe based on the bitmap; and performing, by the second BS, an uplink or a downlink scheduling for the corresponding subframe based on a result of the checking the validity of the UL IOI. receiving, by a second base station, BS, from a first BS, i) time domain ICIC information including almost blank subframe information of the first BS, ii) frequency domain ICIC information including an uplink interference overload indication, UL IOI, that is related to an interference level experienced at the first BS, a relative narrowband transmission power, RNTP, of the first BS and a high interference indication, HII, of the first BS and iii) a bitmap including a plurality of bits each indicating whether or not the UL IOI is valid in each of a plurality of subframes; checking, by the second BS, the validity of the UL IOI of the first BS for a corresponding subframe based on the bitmap; and performing, by the second BS, an uplink or a downlink scheduling for the corresponding subframe based on a result of the checking the validity of the UL IOI.
Method for estimating an amount of an analyte in a liquid sample , comprising particles , the method comprising the following steps: a) mixing said sample with a first reagent capable of forming a coloured indicator in the presence of said analyte, in the sample, b) following this mixing, illuminating said sample using a light source capable of emitting light radiation towards the sample, c) acquiring, using a matrix photodetector , an image (I, I') of light radiation transmitted or reflected by the sample, d) estimating an amount of said analyte as a function of said image, according to the following sub-steps: i) selecting a measurement zone (ZM), in said image, said measurement zone comprising a plurality of pixels, the method being characterized in that it also comprises: ii) determining, inside the measurement zone (ZM), a region of interest (ROI) and at least one region of exclusion (REX), iii) estimating said amount of analyte from a quantity (k) representative of the intensity of the pixels in said region of interest, without taking into account the intensity of the pixels of each region of exclusion, the method also comprising a mixing of the sample with a second reagent, referred to as lysis reagent , capable of lysing said particles, each region of exclusion corresponding to the mark of an air bubble , said air bubble being formed following the lysis of said particles. a) mixing said sample with a first reagent capable of forming a coloured indicator in the presence of said analyte, in the sample, b) following this mixing, illuminating said sample using a light source capable of emitting light radiation towards the sample, c) acquiring, using a matrix photodetector , an image (I, I') of light radiation transmitted or reflected by the sample, d) estimating an amount of said analyte as a function of said image, according to the following sub-steps: i) selecting a measurement zone (ZM), in said image, said measurement zone comprising a plurality of pixels, i) selecting a measurement zone (ZM), in said image, said measurement zone comprising a plurality of pixels, ii) determining, inside the measurement zone (ZM), a region of interest (ROI) and at least one region of exclusion (REX), iii) estimating said amount of analyte from a quantity (k) representative of the intensity of the pixels in said region of interest, without taking into account the intensity of the pixels of each region of exclusion,
A method for elongating a beam path (S1, S2, ...) of a light beam , in particular of a laser beam, comprising: coupling the light beam into an interspace between a plurality of first reflective surfaces and a plurality of second reflective surfaces facing the first reflective surfaces , multiply reflecting the light beam between the first reflective surfaces and the second reflective surfaces in order to elongate the beam path (S1, S2) of the light beam , and coupling out the light beam from the interspace , characterized in that the light beam undergoes the steps of coupling in, repeated reflecting and coupling out at least a first and a second time, wherein the light beam traverses a different beam path (S1, S2) in the interspace during the first pass in comparison with during the second pass. coupling the light beam into an interspace between a plurality of first reflective surfaces and a plurality of second reflective surfaces facing the first reflective surfaces , multiply reflecting the light beam between the first reflective surfaces and the second reflective surfaces in order to elongate the beam path (S1, S2) of the light beam , and coupling out the light beam from the interspace , characterized in that the light beam undergoes the steps of coupling in, repeated reflecting and coupling out at least a first and a second time, wherein the light beam traverses a different beam path (S1, S2) in the interspace during the first pass in comparison with during the second pass.
A treatment composition comprising a plurality of first particles, each first particle comprising: a. from greater than 2% to about 50%, by weight of each first particle, of an antioxidant; and b. a water-soluble first carrier; wherein each first particle comprises less than about 20%, by weight of each first particle, of polyvinyl alcohol. a. from greater than 2% to about 50%, by weight of each first particle, of an antioxidant; and b. a water-soluble first carrier;
A stage device for use together with an optical system (PL) configured to irradiate an object (W) with light, the device comprising: a movable body (WST1) which is arranged for holding the object and which is movable along a predetermined two-dimensional plane; and a measurement system including a measurement surface and a measurement member and configured to measure a position of the movable body, the measurement member being configured to irradiate the measurement surface with a measurement beam and receive light from the measurement surface, wherein one of the measurement surface and the measurement member is provided at a surface of the movable body, the surface being on a side opposite to another surface of the movable body facing the optical system, the other of the measurement surface and the measurement member is provided at a position facing the one of the measurement surface and the measurement member, and the measurement member includes a first measurement part configured to measure positional information of the movable body within the predetermined two-dimensional plane and a second measurement part (76a-c) configured to measure positional information of the movable body in a direction orthogonal to the predetermined two-dimensional plane at at least three points that form vertices of a triangle within a plane parallel to the predetermined two-dimensional plane. a movable body (WST1) which is arranged for holding the object and which is movable along a predetermined two-dimensional plane; and a measurement system including a measurement surface and a measurement member and configured to measure a position of the movable body, the measurement member being configured to irradiate the measurement surface with a measurement beam and receive light from the measurement surface, wherein one of the measurement surface and the measurement member is provided at a surface of the movable body, the surface being on a side opposite to another surface of the movable body facing the optical system, the other of the measurement surface and the measurement member is provided at a position facing the one of the measurement surface and the measurement member, and the measurement member includes a first measurement part configured to measure positional information of the movable body within the predetermined two-dimensional plane and a second measurement part (76a-c) configured to measure positional information of the movable body in a direction orthogonal to the predetermined two-dimensional plane at at least three points that form vertices of a triangle within a plane parallel to the predetermined two-dimensional plane.
A method for loosening animal feed, wherein the method comprises having at least one grab bucket carry out a loosening action under the control of a control unit , wherein the loosening action comprises the following steps: a) gripping (step 110) the animal feed at a first location using the grab bucket; b) raising (step 120) the grab bucket to a predetermined minimum height, as a result of which at least some of the animal feed is carried along; and c) releasing (step 130) the animal feed which was carried along, irrespective of the amount of animal feed which was carried along, wherein the releasing takes place at the first location. a) gripping (step 110) the animal feed at a first location using the grab bucket; b) raising (step 120) the grab bucket to a predetermined minimum height, as a result of which at least some of the animal feed is carried along; and c) releasing (step 130) the animal feed which was carried along, irrespective of the amount of animal feed which was carried along, wherein the releasing takes place at the first location.
An electronic device in which a component carrier in form of a printed circuit board , an intermediate printed circuit board product or an IC-substrate is disposed, wherein the electronic device comprises a casing on the outside of the component carrier, and wherein the component carrier is a multi-layer component carrier that further comprises at least one heat-releasing component that is embedded within at least one carrier layer of the component carrier , and wherein the at least one embedded heat-releasing component is thermoconductively coupled to a heat spreader layer , wherein the heat spreader layer is an outer carrier layer of the multi-layer component carrier positioned on an outside surface of the component carrier , wherein said heat spreader layer forms at least an outside section of the casing of said electronic device , characterized in that the at least one embedded heat-releasing component is directly mounted on the heat spreader layer . wherein the electronic device comprises a casing on the outside of the component carrier, and wherein the component carrier is a multi-layer component carrier that further comprises at least one heat-releasing component that is embedded within at least one carrier layer of the component carrier , and wherein the at least one embedded heat-releasing component is thermoconductively coupled to a heat spreader layer , wherein the heat spreader layer is an outer carrier layer of the multi-layer component carrier positioned on an outside surface of the component carrier , wherein said heat spreader layer forms at least an outside section of the casing of said electronic device , characterized in that the at least one embedded heat-releasing component is directly mounted on the heat spreader layer .
A method, comprising: at an electronic device with one or more processors and memory storing instructions for execution by the one or more processors: sending a plurality of requests, including a first request from a first application (602-1) to a second application (602-2) for access by the first application to a resource of the electronic device, wherein the first and second applications run on an operating system of the electronic device ; in response to respective requests of the plurality of requests, including the first request, using the second application to ask a user of the electronic device for permission for the first application to access the resource; receiving respective user inputs granting or denying permission for the first application to access the resource, comprising receiving a first user input providing permission for the first application to access the resource; storing records of the respective requests, respective user inputs, and respective context information for the electronic device; in response to the first user input, using the second application to grant permission to the first application to access the resource; and based on the records, presenting a recommendation to the user of a condition under which to grant or deny permission for the first application to access the resource, wherein conditions are limitations imposed on access to the resource and/or requirements to be satisfied in order for access to be permitted. sending a plurality of requests, including a first request from a first application (602-1) to a second application (602-2) for access by the first application to a resource of the electronic device, wherein the first and second applications run on an operating system of the electronic device ; in response to respective requests of the plurality of requests, including the first request, using the second application to ask a user of the electronic device for permission for the first application to access the resource; receiving respective user inputs granting or denying permission for the first application to access the resource, comprising receiving a first user input providing permission for the first application to access the resource; storing records of the respective requests, respective user inputs, and respective context information for the electronic device; in response to the first user input, using the second application to grant permission to the first application to access the resource; and based on the records, presenting a recommendation to the user of a condition under which to grant or deny permission for the first application to access the resource, wherein conditions are limitations imposed on access to the resource and/or requirements to be satisfied in order for access to be permitted.
A gateway for providing remote access to a Universal Plug and Play (UPnP) network to remote UPnP nodes connecting to the UPnP network via the gateway, which gateway comprises means for creating a virtual UPnP node for emulating internal presence of a remote UPnP node on the UPnP network, which virtual UPnP node is arranged to forward messages between the remote UPnP node and other UPnP nodes on the UPnP network, characterized in that the virtual UPnP node is further arranged to obtain and store security information associated with the remote UPnP node, which security information specifies how the remote UPnP node is authorized to interact with the other UPnP nodes in the UPnP network, and wherein said virtual UPnP node is further arranged to: filter messages to the remote UPnP node from other UPnP nodes in the UPnP network using said security information such that only messages that relate to other UPnP nodes and actions that the remote UPnP node is authorized to interact with are forwarded to the remote UPnP node, and filter messages from the remote UPnP node such that unnecessary messages from the remote UPnP node are controlled not to be forwarded to the other UPnP nodes in the UPnP network. filter messages to the remote UPnP node from other UPnP nodes in the UPnP network using said security information such that only messages that relate to other UPnP nodes and actions that the remote UPnP node is authorized to interact with are forwarded to the remote UPnP node, and filter messages from the remote UPnP node such that unnecessary messages from the remote UPnP node are controlled not to be forwarded to the other UPnP nodes in the UPnP network.
A non-transitory computer readable medium comprising computer program codes stored thereon, which, when executed on a wireless communication network entity, perform the following steps for authentication: initiating an Authentication and Key Agreement procedure for a current service borne by a NAS signaling connection, if a downlink NAS count value or an uplink NAS count value comes close to a maximum value; determining whether the current service is allowed as an unauthenticated service in accordance with a network policy if the Authentication and Key Agreement procedure for the current service fails; determining whether the current service requires authentication in accordance with a current service type or Quality of Service; keeping , the NAS signaling connection of the current service, if the current service is allowed as an unauthenticated service in accordance with the network policy, and the current service does not require authentication. initiating an Authentication and Key Agreement procedure for a current service borne by a NAS signaling connection, if a downlink NAS count value or an uplink NAS count value comes close to a maximum value; determining whether the current service is allowed as an unauthenticated service in accordance with a network policy if the Authentication and Key Agreement procedure for the current service fails; determining whether the current service requires authentication in accordance with a current service type or Quality of Service; keeping , the NAS signaling connection of the current service, if the current service is allowed as an unauthenticated service in accordance with the network policy, and the current service does not require authentication.
A field effect transistor (FET), comprising: a sub-fin structure comprising a first crystalline material disposed over a substrate of a second crystalline material, and an amorphous sub-fin isolation material extending through at least a portion of the first crystalline material ; a fin structure comprising a third crystalline material and including a pair of source/drain ends on opposite sides of a channel region , the fin structure extending from the sub-fin structure with the channel region separated from the first crystalline material by the sub-fin isolation material , wherein the first crystalline material is a first III-V material; wherein the second crystalline material is silicon; and wherein the third crystalline material is a second III-V material, wherein the interface between the first crystalline material and the third crystalline material is a heterojunction; a gate electrode stack disposed over the channel region ; and a pair of source/drain contacts coupled to the pair of source/drain ends of the fin structure. a sub-fin structure comprising a first crystalline material disposed over a substrate of a second crystalline material, and an amorphous sub-fin isolation material extending through at least a portion of the first crystalline material ; a fin structure comprising a third crystalline material and including a pair of source/drain ends on opposite sides of a channel region , the fin structure extending from the sub-fin structure with the channel region separated from the first crystalline material by the sub-fin isolation material , wherein the first crystalline material is a first III-V material; wherein the second crystalline material is silicon; and wherein the third crystalline material is a second III-V material, wherein the interface between the first crystalline material and the third crystalline material is a heterojunction; a gate electrode stack disposed over the channel region ; and a pair of source/drain contacts coupled to the pair of source/drain ends of the fin structure.