mhurhangee/patent-ind-claim-en huggingface dataset:
A device for therapy delivery, the device comprising: a stimulation circuit ; and a processing circuit configured to: determine that a set amount of time elapsed; adjust a first therapy parameter from a first level to a second level different than the first level after the set amount of time is elapsed; responsive to the adjustment of the first therapy parameter, compare a level of an evoked compound action potential (ECAP) generated in response to therapy delivered with the adjusted first therapy parameter to an ECAP threshold; adjust a second therapy parameter from a third level to a fourth level different than the third level based on the comparison, wherein the second therapy parameter is different than the first therapy parameter; and cause the stimulation circuit to deliver therapy with the first therapy parameter at the second level and the second therapy parameter at the fourth level. a stimulation circuit ; and a processing circuit configured to: determine that a set amount of time elapsed; adjust a first therapy parameter from a first level to a second level different than the first level after the set amount of time is elapsed; responsive to the adjustment of the first therapy parameter, compare a level of an evoked compound action potential (ECAP) generated in response to therapy delivered with the adjusted first therapy parameter to an ECAP threshold; adjust a second therapy parameter from a third level to a fourth level different than the third level based on the comparison, wherein the second therapy parameter is different than the first therapy parameter; and cause the stimulation circuit to deliver therapy with the first therapy parameter at the second level and the second therapy parameter at the fourth level. determine that a set amount of time elapsed; adjust a first therapy parameter from a first level to a second level different than the first level after the set amount of time is elapsed; responsive to the adjustment of the first therapy parameter, compare a level of an evoked compound action potential (ECAP) generated in response to therapy delivered with the adjusted first therapy parameter to an ECAP threshold; adjust a second therapy parameter from a third level to a fourth level different than the third level based on the comparison, wherein the second therapy parameter is different than the first therapy parameter; and cause the stimulation circuit to deliver therapy with the first therapy parameter at the second level and the second therapy parameter at the fourth level.
An extra-cardiovascular medical device, comprising: an impedance measurement module configured to measure an impedance of an extra-cardiovascular pacing electrode vector when extra-cardiovascular pacing electrodes are electrically coupled to the medical device; a therapy delivery module comprising a capacitor array having a plurality of capacitors for producing a pacing pulse; and a pacing control module coupled to the therapy delivery module and the impedance measurement module and configured to: control the impedance measurement module to measure the impedance of the extra-cardiovascular pacing electrode vector; determine a first capacitor configuration based on the measured impedance, the first capacitor configuration comprising a first combination of the plurality of capacitors having a first capacitance; control the therapy delivery module to select the first capacitor configuration by selectively enabling the first combination of the plurality of capacitors of the capacitor array; and control the therapy delivery module to deliver a cardiac pacing pulse by discharging the first capacitor configuration for a predetermined pulse width across the extra-cardiovascular pacing electrode vector. an impedance measurement module configured to measure an impedance of an extra-cardiovascular pacing electrode vector when extra-cardiovascular pacing electrodes are electrically coupled to the medical device; a therapy delivery module comprising a capacitor array having a plurality of capacitors for producing a pacing pulse; and a pacing control module coupled to the therapy delivery module and the impedance measurement module and configured to: control the impedance measurement module to measure the impedance of the extra-cardiovascular pacing electrode vector; determine a first capacitor configuration based on the measured impedance, the first capacitor configuration comprising a first combination of the plurality of capacitors having a first capacitance; control the therapy delivery module to select the first capacitor configuration by selectively enabling the first combination of the plurality of capacitors of the capacitor array; and control the therapy delivery module to deliver a cardiac pacing pulse by discharging the first capacitor configuration for a predetermined pulse width across the extra-cardiovascular pacing electrode vector. control the impedance measurement module to measure the impedance of the extra-cardiovascular pacing electrode vector; determine a first capacitor configuration based on the measured impedance, the first capacitor configuration comprising a first combination of the plurality of capacitors having a first capacitance; control the therapy delivery module to select the first capacitor configuration by selectively enabling the first combination of the plurality of capacitors of the capacitor array; and control the therapy delivery module to deliver a cardiac pacing pulse by discharging the first capacitor configuration for a predetermined pulse width across the extra-cardiovascular pacing electrode vector.
Method for selecting a peer-to-peer communication connection candidate for transmission of a media stream via a media connection over a communications network , the method comprising the steps of - using the Interactive Connectivity Establishment, ICE, protocol for selecting, based on a connectivity check, from a predetermined number of peer-to-peer communication connection candidates (6, 7 8), a transmission communication connection candidate for transmitting the media stream from a local peer to a remote peer; - during transmission of the media stream from the local peer to the remote peer via the selected transmission communication connection candidate , testing the communication connection candidates with respect to Quality of Service, QoS, in both communication directions , and - comparing the QoS of at least one tested communication connection candidate to the QoS of the selected communication connection candidate transmitting the media stream, and - if the comparison of the QoS of the selected communication connection candidate transmitting the media stream results in the at least one tested communication connection candidate providing a better QoS, then - switching the transmission of the media stream to the communication connection candidate providing the better QoS. - using the Interactive Connectivity Establishment, ICE, protocol for selecting, based on a connectivity check, from a predetermined number of peer-to-peer communication connection candidates (6, 7 8), a transmission communication connection candidate for transmitting the media stream from a local peer to a remote peer; - during transmission of the media stream from the local peer to the remote peer via the selected transmission communication connection candidate , testing the communication connection candidates with respect to Quality of Service, QoS, in both communication directions , and - comparing the QoS of at least one tested communication connection candidate to the QoS of the selected communication connection candidate transmitting the media stream, and - if the comparison of the QoS of the selected communication connection candidate transmitting the media stream results in the at least one tested communication connection candidate providing a better QoS, then - switching the transmission of the media stream to the communication connection candidate providing the better QoS. - switching the transmission of the media stream to the communication connection candidate providing the better QoS.
Event system for an animated event, wherein the event system comprises - at least one moveable within a room event furniture component , which includes a table and/or at least one chair, - at least one system for the sensory stimulation of guests of the animated event, wherein the moveable within a room event furniture component comprises moving means for a mechanized movement, and wherein the event system further comprises a first controller , which is configured to control the mechanized movement and the output of the system for the sensory stimulation of guests of the animated event in a mutually synchronized manner, characterized in that the event system further comprises at least one movable wall, separation or screen element as further event furniture component, and in that the wall, separation or screen element is mechanizedly movable and in that this mechanized movement is either also controlled by the first controller and/or by a further controller . - at least one moveable within a room event furniture component , which includes a table and/or at least one chair, - at least one system for the sensory stimulation of guests of the animated event, wherein the moveable within a room event furniture component comprises moving means for a mechanized movement, and wherein the event system further comprises a first controller , which is configured to control the mechanized movement and the output of the system for the sensory stimulation of guests of the animated event in a mutually synchronized manner, characterized in that the event system further comprises at least one movable wall, separation or screen element as further event furniture component, and in that the wall, separation or screen element is mechanizedly movable and in that this mechanized movement is either also controlled by the first controller and/or by a further controller . wherein the moveable within a room event furniture component comprises moving means for a mechanized movement, and wherein the event system further comprises a first controller , which is configured to control the mechanized movement and the output of the system for the sensory stimulation of guests of the animated event in a mutually synchronized manner, characterized in that the event system further comprises at least one movable wall, separation or screen element as further event furniture component, and in that the wall, separation or screen element is mechanizedly movable and in that this mechanized movement is either also controlled by the first controller and/or by a further controller .
A detection system for use in an aircraft comprising: a first optical fiber arrangeable along a structure of the aircraft and affixable to the structure with clamps that are spaced apart along the structure; wherein the first optical fiber includes two or more fiber Bragg gratings (FBGs); a light source configured to generate light (L) with two or more wavelengths for injection into the optical fiber; and the system characterised by comprising processing circuitry configured to identify an overheat condition and monitor vibration experienced by the first optical fiber based on reflected signals (R) generated by the two or more FBGs , wherein, when the first optical fiber is affixed to the structure with clamps, the processor is furthermore configured to indicate integrity of the clamps by monitoring the vibration. a first optical fiber arrangeable along a structure of the aircraft and affixable to the structure with clamps that are spaced apart along the structure; wherein the first optical fiber includes two or more fiber Bragg gratings (FBGs); a light source configured to generate light (L) with two or more wavelengths for injection into the optical fiber; and the system characterised by comprising processing circuitry configured to identify an overheat condition and monitor vibration experienced by the first optical fiber based on reflected signals (R) generated by the two or more FBGs , wherein, when the first optical fiber is affixed to the structure with clamps, the processor is furthermore configured to indicate integrity of the clamps by monitoring the vibration.
A compound of formula (I-4) wherein A is N or CH; the radical is selected from the group consisting of formula G7, G8 and G9: wherein R 4 and R 5 are independently selected from C 1 -C 4 haloalkyl; and wherein G 1 and G 2 are independently selected from N and CH; G 6-4 is of formula U-0 : wherein the arrow to the left of each group U denotes the point of attachment to the 6-membered ring containing G 1 and wherein the arrow to the right of group U-0 denotes the point of attachment to the radical containing A; and wherein R 8 is selected from hydrogen and C 1 -C 4 alkyl; Qa 4 is selected from the group consisting of hydrogen, halogen, C 1 -C 6 haloalkyl and the group J-0 wherein J-0 can be mono-substituted with Rx, wherein Rx is halogen; and agrochemically acceptable salts, stereoismers, enantiomers, tautomers and N-oxides of the compounds of formula (I-4). A is N or CH; the radical is selected from the group consisting of formula G7, G8 and G9: wherein R 4 and R 5 are independently selected from C 1 -C 4 haloalkyl; and wherein G 1 and G 2 are independently selected from N and CH; G 6-4 is of formula U-0 : wherein the arrow to the left of each group U denotes the point of attachment to the 6-membered ring containing G 1 and wherein the arrow to the right of group U-0 denotes the point of attachment to the radical containing A; and wherein R 8 is selected from hydrogen and C 1 -C 4 alkyl; Qa 4 is selected from the group consisting of hydrogen, halogen, C 1 -C 6 haloalkyl and the group J-0 wherein J-0 can be mono-substituted with Rx, wherein Rx is halogen; and agrochemically acceptable salts, stereoismers, enantiomers, tautomers and N-oxides of the compounds of formula (I-4).
A computer implemented method of processing ultrasonic data comprising: obtaining a B-mode ultrasonic image; setting a first region of interest in the obtained B-mode ultrasonic image according to a first input received from a user; measuring elasticity-related data for the first region of interest by using a shear wave ultrasonic imaging technique; automatically generating a second region of interest in the obtained B-mode ultrasonic image on the basis of the first region of interest; and extracting image features representing anatomical information for the second region of interest from the obtained B-mode ultrasonic image, characterized in that the method further comprises receiving a second input from the user, and wherein generating the second region of interest comprises: - if the second input indicates a lesion application, generating, on the basis of the first region of interest, a contour of the lesion in the obtained B-mode ultrasonic image as the second region of interest; and - if the second input indicates a non-lesion application, generating the second region of interest around the first region of interest according to a predetermined shape. obtaining a B-mode ultrasonic image; setting a first region of interest in the obtained B-mode ultrasonic image according to a first input received from a user; measuring elasticity-related data for the first region of interest by using a shear wave ultrasonic imaging technique; automatically generating a second region of interest in the obtained B-mode ultrasonic image on the basis of the first region of interest; and extracting image features representing anatomical information for the second region of interest from the obtained B-mode ultrasonic image, characterized in that the method further comprises receiving a second input from the user, and wherein generating the second region of interest comprises: - if the second input indicates a lesion application, generating, on the basis of the first region of interest, a contour of the lesion in the obtained B-mode ultrasonic image as the second region of interest; and - if the second input indicates a non-lesion application, generating the second region of interest around the first region of interest according to a predetermined shape. - if the second input indicates a lesion application, generating, on the basis of the first region of interest, a contour of the lesion in the obtained B-mode ultrasonic image as the second region of interest; and - if the second input indicates a non-lesion application, generating the second region of interest around the first region of interest according to a predetermined shape.
A computer implemented method, comprising: a first computing system receiving a plurality of resource descriptions, each resource description describing a resource provided by a corresponding device ; the first computing system generating, for each received resource description, a first web service description language file describing the resource provided by the corresponding device; the first computing system storing each of the first web service description language files; the first computing system generating a second web service description language file corresponding to a group of the described resources by summarizing information included in the first web service description language files corresponding to the group of described resources; and the first computing system transmitting the second web service description language file to a server system , wherein the second web service description language file is discoverable at the server system by a service customer system . a first computing system receiving a plurality of resource descriptions, each resource description describing a resource provided by a corresponding device ; the first computing system generating, for each received resource description, a first web service description language file describing the resource provided by the corresponding device; the first computing system storing each of the first web service description language files; the first computing system generating a second web service description language file corresponding to a group of the described resources by summarizing information included in the first web service description language files corresponding to the group of described resources; and the first computing system transmitting the second web service description language file to a server system , wherein the second web service description language file is discoverable at the server system by a service customer system .
A device for accessing virtual machine data, wherein the virtual machine data is stored in a physical distributed storage system, the device comprising: memory ; one or more processors coupled to the memory ; a virtual disk , stored in the memory , that includes a virtual storage unit ; an access request process module , stored in the memory and executable by the one or more processors , that: receives a data access request from a virtual machine, and adds the data access request to a request array ; and a data transfer proxy module implemented by a plurality of concurrently activated threads corresponding to the request array, stored in the memory and executable by the one or more processors , that: obtains the data access request from the request array , and maps the data access request to the virtual storage unit of a virtual disk that corresponds to a physical storage unit of a distributed storage system; and obtains data from the physical storage unit based on the data access request. memory ; one or more processors coupled to the memory ; a virtual disk , stored in the memory , that includes a virtual storage unit ; an access request process module , stored in the memory and executable by the one or more processors , that: receives a data access request from a virtual machine, and adds the data access request to a request array ; and receives a data access request from a virtual machine, and adds the data access request to a request array ; and a data transfer proxy module implemented by a plurality of concurrently activated threads corresponding to the request array, stored in the memory and executable by the one or more processors , that: obtains the data access request from the request array , and maps the data access request to the virtual storage unit of a virtual disk that corresponds to a physical storage unit of a distributed storage system; and obtains data from the physical storage unit based on the data access request. obtains the data access request from the request array , and maps the data access request to the virtual storage unit of a virtual disk that corresponds to a physical storage unit of a distributed storage system; and obtains data from the physical storage unit based on the data access request.
A water intake structure (40, 40.1, 40.2, 40.3, 40.5, 40.7, 40.8) comprising a plurality of spaced-apart elongate members (80, 82, 84; 80.1, 82.1, 84.1; 80.2, 82.2, 84.2; 80.3; 80.5, 82.5, 84.5; 80.7, 82.7, 84.7; 80.8, 82.8, 84.8) and a plurality of slots (130, 130.1, 130.2, 130.3, 130.5, 130.7, 130.8), each extending between adjacent pairs of said elongate members, with portions (94, 96; 94.1, 96.1; 94.2, 96.2; 94.3; 94.5, 96.5; 94.7, 96.7; 94.8, 96.8 ) of water (50, 50.1, 50.2, 50.3, 50.5, 50.7, 50.8) passing thereon being taken in through an adjacent downstream said slot thereby, wherein each said elongate member is shaped to promote a Coand effect, and each said elongate member has an outer surface (86, 86.5, 86.7, 86.8) that is outwardly convex and/or an upstream-facing surface (90, 90.1, 90.2, 90.3, 90.7, 90.8) that is outwardly concave, characterized in that for each said elongate member the upstream-facing surface thereof extends downwards from the outer surface thereof at an acute angle (α, α.1, α.2, α.3, α.7, α.8) relative to the outer surface thereof. wherein each said elongate member is shaped to promote a Coand effect, and each said elongate member has an outer surface (86, 86.5, 86.7, 86.8) that is outwardly convex and/or an upstream-facing surface (90, 90.1, 90.2, 90.3, 90.7, 90.8) that is outwardly concave, characterized in that for each said elongate member the upstream-facing surface thereof extends downwards from the outer surface thereof at an acute angle (α, α.1, α.2, α.3, α.7, α.8) relative to the outer surface thereof.
A lock system comprising a holder and a lock which has a lock body having a locking mechanism and a spring-loaded button for actuating the locking mechanism , wherein the holder has at least a first holding section and a second holding section which is disposed opposite the first holding section with respect to a reception space for the lock body , wherein the first and second holding sections are configured to engage around the lock body , when the lock body is inserted into the holder along an introduction direction, at a first side and at a second side of the lock body which is disposed opposite the first side, characterized in that the holder has, at least at the first holding section , a securing opening which is formed to take the button of the lock body into engagement in order hereby to secure the lock body against an unintentional release from the holder against the introduction direction (E). wherein the holder has at least a first holding section and a second holding section which is disposed opposite the first holding section with respect to a reception space for the lock body , wherein the first and second holding sections are configured to engage around the lock body , when the lock body is inserted into the holder along an introduction direction, at a first side and at a second side of the lock body which is disposed opposite the first side, characterized in that the holder has, at least at the first holding section , a securing opening which is formed to take the button of the lock body into engagement in order hereby to secure the lock body against an unintentional release from the holder against the introduction direction (E).