mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for locating one or more buried objects each emitting an electromagnetic signal, the apparatus comprising: a sensor assembly including a plurality K of sensors each having a sensor axis and producing a time-varying sensor signal S k (t), wherein 1 ≤ k ≤ K; characterized in that the apparatus further comprises a processor coupled to the sensor assembly configured to process a plurality K of the time-varying sensor signals {S k (t)} representing a first electromagnetic signal emission, including a matrix accumulator configured to produce a data signal representing a K by K covariance matrix A T corresponding to the covariances of the time-varying sensor signals (S k (t)} over a selected time interval, wherein covariance matrix A T has a plurality K of eigenvalues {λ k } and associated eigenvectors {V k } and calculating means configured to produce a data signal representing a field vector of the first electromagnetic signal emission at the sensor assembly, wherein the field vector corresponds to the eigenvector V 1 associated with the largest λ 1 of the eigenvalues {λ k }; and a user interface, UI, coupled to the processing circuit for indicating the first electromagnetic signal emission field vector at the sensor assembly. a sensor assembly including a plurality K of sensors each having a sensor axis and producing a time-varying sensor signal S k (t), wherein 1 ≤ k ≤ K; characterized in that the apparatus further comprises a processor coupled to the sensor assembly configured to process a plurality K of the time-varying sensor signals {S k (t)} representing a first electromagnetic signal emission, including a matrix accumulator configured to produce a data signal representing a K by K covariance matrix A T corresponding to the covariances of the time-varying sensor signals (S k (t)} over a selected time interval, wherein covariance matrix A T has a plurality K of eigenvalues {λ k } and associated eigenvectors {V k } and calculating means configured to produce a data signal representing a field vector of the first electromagnetic signal emission at the sensor assembly, wherein the field vector corresponds to the eigenvector V 1 associated with the largest λ 1 of the eigenvalues {λ k }; and a user interface, UI, coupled to the processing circuit for indicating the first electromagnetic signal emission field vector at the sensor assembly. a matrix accumulator configured to produce a data signal representing a K by K covariance matrix A T corresponding to the covariances of the time-varying sensor signals (S k (t)} over a selected time interval, wherein covariance matrix A T has a plurality K of eigenvalues {λ k } and associated eigenvectors {V k } and calculating means configured to produce a data signal representing a field vector of the first electromagnetic signal emission at the sensor assembly, wherein the field vector corresponds to the eigenvector V 1 associated with the largest λ 1 of the eigenvalues {λ k }; and a user interface, UI, coupled to the processing circuit for indicating the first electromagnetic signal emission field vector at the sensor assembly.
A method, comprising: establishing based on an encrypted verification message, via an intermediary mobile electronic device , an indirect secure communication channel between an implantable medical device system and a central system ; the indirect secure communication channel is used to authorize a user to wirelessly control one or more functions of the implantable medical device system via the mobile electronic device , the method further comprises: sending identification information from the implantable medical device system to the central system via the intermediary mobile electronic device, wherein the identification information includes a serial number of a component of the implantable medical device system and implantable medical device system nonce data; using the implantable medical device system nonce data to generate the encrypted verification message that includes nonce data specific to the central system; and sending the encrypted verification message to the implantable medical device system via the intermediary mobile electronic device. establishing based on an encrypted verification message, via an intermediary mobile electronic device , an indirect secure communication channel between an implantable medical device system and a central system ; the indirect secure communication channel is used to authorize a user to wirelessly control one or more functions of the implantable medical device system via the mobile electronic device , the method further comprises: sending identification information from the implantable medical device system to the central system via the intermediary mobile electronic device, wherein the identification information includes a serial number of a component of the implantable medical device system and implantable medical device system nonce data; using the implantable medical device system nonce data to generate the encrypted verification message that includes nonce data specific to the central system; and sending the encrypted verification message to the implantable medical device system via the intermediary mobile electronic device. sending identification information from the implantable medical device system to the central system via the intermediary mobile electronic device, wherein the identification information includes a serial number of a component of the implantable medical device system and implantable medical device system nonce data; using the implantable medical device system nonce data to generate the encrypted verification message that includes nonce data specific to the central system; and sending the encrypted verification message to the implantable medical device system via the intermediary mobile electronic device.
Mat , having: a multiplicity of first fibres which are light-conducting along their longitudinal direction and are designed to laterally outcouple light, conducted in the longitudinal direction, at least partially transversely to the longitudinal direction; a multiplicity of second fibres which are electrically conductive along their longitudinal direction and which are formed as carbon fibres, with an electrically conductive polymer or with a noble metal. a multiplicity of first fibres which are light-conducting along their longitudinal direction and are designed to laterally outcouple light, conducted in the longitudinal direction, at least partially transversely to the longitudinal direction; a multiplicity of second fibres which are electrically conductive along their longitudinal direction and which are formed as carbon fibres, with an electrically conductive polymer or with a noble metal.
A medical apparatus for local application of a fluid , comprising a flexibly deformable outer tube having a tube wall, the outer tube having a plurality of continuous openings in the tube wall, at least one of the plurality of continuous openings being arranged in the region of a first end of the outer tube , a flexible inner tube , the inner tube being arranged at least in regions inside the outer tube , the inner tube , in an expanded state, having an outer diameter which is at least as large as the inner diameter of the outer tube , such that the inner tube closes the continuous openings in the outer tube in the expanded state on the inside of the outer tube , the outer diameter of the inner tube being transferable from the expanded state to a radially contracted state with a smaller outer diameter of the inner tube , such that the openings are exposed, a connection rigidly interconnecting and fluid-tightly closing the outer tube and the inner tube at the first end of the outer tube , and a connector for feeding the fluid into the space between the inside of the outer tube and the outside of the inner tube , the connector being arranged in the region of a second end of the outer tube , the second end of the outer tube being arranged opposite the first end of the outer tube , characterized in that the expanded state is the relaxed state of the inner tube and can be transferred to the radially contracted state by means of application of force. a flexibly deformable outer tube having a tube wall, the outer tube having a plurality of continuous openings in the tube wall, at least one of the plurality of continuous openings being arranged in the region of a first end of the outer tube , a flexible inner tube , the inner tube being arranged at least in regions inside the outer tube , the inner tube , in an expanded state, having an outer diameter which is at least as large as the inner diameter of the outer tube , such that the inner tube closes the continuous openings in the outer tube in the expanded state on the inside of the outer tube , the outer diameter of the inner tube being transferable from the expanded state to a radially contracted state with a smaller outer diameter of the inner tube , such that the openings are exposed, a connection rigidly interconnecting and fluid-tightly closing the outer tube and the inner tube at the first end of the outer tube , and a connector for feeding the fluid into the space between the inside of the outer tube and the outside of the inner tube , the connector being arranged in the region of a second end of the outer tube , the second end of the outer tube being arranged opposite the first end of the outer tube , characterized in that the expanded state is the relaxed state of the inner tube and can be transferred to the radially contracted state by means of application of force.
A method to assist in providing authenticated end-to-end communications, the method comprising, at a first node that is a first point of entry to a first network for a service request from a subscriber device comprising a subscriber module belonging to a subscriber network operated by a subscriber, the first node having a published Internet Protocol 'IP' address and appearing to other networks to belong to an IP Multimedia Subsystem 'IMS' network: the first node receiving a registration request generated by the subscriber device comprising subscriber module via a carrier IMS-enabled network configured to operate as a roaming or "visited" network; the first node querying a database of the first network for a subscriber profile that is associated with a subscriber identity included in the registration request; the first node resolving an identifier included in the subscriber profile, the identifier identifying a second node , comprised in a server system belonging to the subscriber network , that is external to the first network and that provides routing of the service request to an application server , the first node routing the registration request to the second node for enabling the second node to provide the server system with call session control functionality and being authoritative for managing IMS sessions between the server system and the subscriber device comprising subscriber module ; and routing the registration request from the first node of the first network to the second node of the subscriber network according to the resolved identifier. the first node receiving a registration request generated by the subscriber device comprising subscriber module via a carrier IMS-enabled network configured to operate as a roaming or "visited" network; the first node querying a database of the first network for a subscriber profile that is associated with a subscriber identity included in the registration request; the first node resolving an identifier included in the subscriber profile, the identifier identifying a second node , comprised in a server system belonging to the subscriber network , that is external to the first network and that provides routing of the service request to an application server , the first node routing the registration request to the second node for enabling the second node to provide the server system with call session control functionality and being authoritative for managing IMS sessions between the server system and the subscriber device comprising subscriber module ; and routing the registration request from the first node of the first network to the second node of the subscriber network according to the resolved identifier.
A method for lyophilising an exosome, the method comprising the steps of: (a) providing an exosome suspension in a lyophilisation buffer comprising trehalose at a concentration of 4% w/v; (b) freezing the exosome suspension; and (c) removing water from the frozen suspension by freeze drying; in which the lyophilised exosome exhibits at least one biological activity of an exosome. (a) providing an exosome suspension in a lyophilisation buffer comprising trehalose at a concentration of 4% w/v; (b) freezing the exosome suspension; and (c) removing water from the frozen suspension by freeze drying;
Portable object including a case middle closed by a back cover , defining a space in which an electronic module is placed, the electronic module including a plate to which a printed circuit board is secured, the printed circuit board carrying at least one contact area connected to at least one input of at least one integrated circuit , the integrated circuit supplying at least one signal to an electronic signal processing device, said portable object further including a detection member changing from at least a first position, indicating that the back cover is secured to the case middle , to a second position, indicating that the back cover is not secured to the case middle, the detection member being arranged so that, in one of the first or second positions of the detection member , the back cover is electrically connected to the contact area , so that the change from the first position to the second position causes a change in a logic level, arising from the presence or absence of the electrical connection between the back cover and the contact area, at the integrated circuit input so that the electronic module automatically changes into a standby mode, characterized in that the detection member includes a helical spring having a first end secured to the printed circuit board , a second end and a pin placed in the space formed by the inner diameter of the spring , the pin having a first pin end on which a flat head is arranged and a second pin end secured to the second end of the spring , the pin also being arranged to pass through the plate and the printed circuit board so that the pin head can be connected to the contact area .
A method for a system that includes a controller and a virtual route reflector "VRR", the method comprising: obtaining, by the controller , one or more link state measurements of a plurality of links coupled to a hub router and a plurality of spoke routers in a hub-and-spoke network ; determining, by the controller and based on the one or more link state measurements, whether the plurality of links violates one or more service level agreements "SLAs" ; in response to determining that one of the plurality of links violates the one or more SLAs, selecting, by the controller, a path along an alternate link of the plurality of links, wherein the alternate link satisfies the one or more SLAs; and sending, by the controller and to the VRR having routing protocol sessions with the hub router and each of the plurality of spoke routers, instructions for the VRR to add a path community associated with the selected path along the alternate link that satisfies the one or more SLAs to a route advertisement received by the VRR; receiving, by the VRR and from a first router of the hub router and the plurality of spoke routers, the route advertisement that is configured for import by a second router of the hub router and the plurality of spoke routers; adding, by the VRR, the path community associated with the selected path along the alternate link that satisfies the one or more SLAs to the route advertisement received from the first router; and sending, by the VRR and to the second router, the route advertisement including the path community to direct the second router to send traffic to the first router via the selected path. obtaining, by the controller , one or more link state measurements of a plurality of links coupled to a hub router and a plurality of spoke routers in a hub-and-spoke network ; determining, by the controller and based on the one or more link state measurements, whether the plurality of links violates one or more service level agreements "SLAs" ; in response to determining that one of the plurality of links violates the one or more SLAs, selecting, by the controller, a path along an alternate link of the plurality of links, wherein the alternate link satisfies the one or more SLAs; and sending, by the controller and to the VRR having routing protocol sessions with the hub router and each of the plurality of spoke routers, instructions for the VRR to add a path community associated with the selected path along the alternate link that satisfies the one or more SLAs to a route advertisement received by the VRR; receiving, by the VRR and from a first router of the hub router and the plurality of spoke routers, the route advertisement that is configured for import by a second router of the hub router and the plurality of spoke routers; adding, by the VRR, the path community associated with the selected path along the alternate link that satisfies the one or more SLAs to the route advertisement received from the first router; and sending, by the VRR and to the second router, the route advertisement including the path community to direct the second router to send traffic to the first router via the selected path.
A rail foot holder , which serves the purpose of fastening a rail of an elevator system in an elevator shaft , with a contact body , which can be arranged in the elevator shaft , and at least one holding device , wherein a contact plane , for a rail foot of the rail , is defined by the contact body , wherein the holding device has a holding head , wherein for purposes of fastening the rail , a first side part of the rail foot can be arranged between the holding head of the holding device and the contact plane , and wherein in the course of fastening the rail , a holding dimension (H) between the holding head of the holding device and the contact plane can be altered to compensate for tolerances on the first side part of the rail foot , wherein for purposes of reducing the holding dimension (H), the holding head of the holding device can be rotated in a direction of rotation around an axis of rotation of the holding device into a fastening position, characterised in that a side of the holding head of the holding device , facing towards the contact plane , in at least one fastening region extending in the direction of rotation around the axis of rotation of the holding device , in which an at least indirect contact is enabled between the holding head of the holding device and the first side part of the rail foot , is configured with a sloping rise (s) counter to the direction of rotation .
Casing for devices mounted side by side on a rail , especially a series-manufactured electronic casing, wherein the casing comprises a first casing part , by means of which the device can be mounted on the rail , wherein the first casing part comprises at least two mounting devices for fixing each respective coupling module to the first casing part , and wherein either a coupling module for coupling energy supply cables between two devices arranged adjacent to each other on the rail or a coupling module for coupling signal cables between two devices can be fixed to the at least two mounting devices , preferably spaced apart from one another in the first casing part , wherein the second casing comprises a second casing part , wherein the second casing part can be detachably connected to the first casing part by an elastically deflectable latching means , characterised in that deflection of the latching means can be blocked by a blocking element mounted on the second casing part such that it can move, thus securing the connected status of the second casing part to the first casing part , and in that the blocking element is mounted in the second casing part such that it can be displaced.
A method for estimating the permeability of rock, comprising: - obtaining a three-dimensional image of a rock wherein the image is comprised of a plurality of voxels and the image has a resolution; - processing the three-dimensional image of the rock to segment the image by selecting each voxel of the image to represent either pore space in the rock or solid material in the rock; - estimating an image permeability of the rock from the segmented three-dimensional image of the rock; and - deriving a non-wetting liquid capillary pressure curve from the segmented three-dimensional image of the rock, characterized by : - determining permeability correction factors including a permeability image resolution correction factor, a permeability image segmentation correction factor, and a permeability field of view correction factor from the segmented three-dimensional image and the non-wetting liquid capillary pressure curve; and - applying the permeability correction factors to the image permeability of the rock to obtain a corrected permeability of the rock. - obtaining a three-dimensional image of a rock wherein the image is comprised of a plurality of voxels and the image has a resolution; - processing the three-dimensional image of the rock to segment the image by selecting each voxel of the image to represent either pore space in the rock or solid material in the rock; - estimating an image permeability of the rock from the segmented three-dimensional image of the rock; and - deriving a non-wetting liquid capillary pressure curve from the segmented three-dimensional image of the rock, characterized by : - determining permeability correction factors including a permeability image resolution correction factor, a permeability image segmentation correction factor, and a permeability field of view correction factor from the segmented three-dimensional image and the non-wetting liquid capillary pressure curve; and - applying the permeability correction factors to the image permeability of the rock to obtain a corrected permeability of the rock. - determining permeability correction factors including a permeability image resolution correction factor, a permeability image segmentation correction factor, and a permeability field of view correction factor from the segmented three-dimensional image and the non-wetting liquid capillary pressure curve; and - applying the permeability correction factors to the image permeability of the rock to obtain a corrected permeability of the rock.