mhurhangee/patent-ind-claim-en huggingface dataset:
A navigation system for registering a computer model of a lumen network to an actual lumen network of a patient while navigating the lumen network with a probe, the lumen network representing a bronchial tree, said system comprising a probe having sensors, and wherein said system is adapted to: collect data points pertaining to actual locations of the probe; process successive collected data points to establish a probe path through the actual lumen network of a patient; iteratively register the probe path to a path shape on a computer model of a lumen network while tracking the location of the probe, wherein the probe path is a history of probe locations as the probe is manipulated through the bronchial tree, and wherein the registration is based on geometrically pairing 3D points of the path shape on the computer model with 3D points of the probe path, the registration consisting of two main phases, a global rigid registration followed by a local deformable registration, the deformable registration being performed only in the lower levels of the bronchial tree, wherein for the rigid registration an optimization function is used based on the weighted sum of paired point distances and for the local deformable registration, which uses a constrained elastic registration method in which paired points are connected with springs, the optimization function is based on the potential energy of the springs; iteratively adjust the location of the computer model such that said probe path lies within the path shape. collect data points pertaining to actual locations of the probe; process successive collected data points to establish a probe path through the actual lumen network of a patient; iteratively register the probe path to a path shape on a computer model of a lumen network while tracking the location of the probe, wherein the probe path is a history of probe locations as the probe is manipulated through the bronchial tree, and wherein the registration is based on geometrically pairing 3D points of the path shape on the computer model with 3D points of the probe path, the registration consisting of two main phases, a global rigid registration followed by a local deformable registration, the deformable registration being performed only in the lower levels of the bronchial tree, wherein for the rigid registration an optimization function is used based on the weighted sum of paired point distances and for the local deformable registration, which uses a constrained elastic registration method in which paired points are connected with springs, the optimization function is based on the potential energy of the springs; iteratively adjust the location of the computer model such that said probe path lies within the path shape.
Metal substrate structure for a semiconductor power module, comprising: - a circuit metallization layer for conducting electrical signals, - a metal bottom layer that coupled with the circuit metallization layer , and - an isolating dielectric layer that is coupled with and arranged between the circuit metallization layer and the metal bottom layer with respect to a stacking direction (A) of the metal substrate structure , wherein the circuit metallization layer or the dielectric layer at least locally forms a top layer of the metal substrate structure , wherein the top layer and the bottom layer comprise a fixation area configured for receiving a fixing element to fix the metal substrate structure to a further component of the semiconductor power module, and wherein a stress relief recess penetrates the metallization layer and the dielectric layer . - a circuit metallization layer for conducting electrical signals, - a metal bottom layer that coupled with the circuit metallization layer , and - an isolating dielectric layer that is coupled with and arranged between the circuit metallization layer and the metal bottom layer with respect to a stacking direction (A) of the metal substrate structure , wherein the circuit metallization layer or the dielectric layer at least locally forms a top layer of the metal substrate structure ,
Radially expandable vascular support , which has a plurality of meandering ring elements which are flexibly connected to one another and are composed of webs and which define a vascular support with a proximal and a distal end and a longitudinal axis, the ring elements being arranged next to one another along the longitudinal axis of the vascular support and adjoining ring elements being connected to one another by connecting elements , at least two adjoining ring elements being connected to one another by connecting elements , 3) are arranged next to one another along the longitudinal axis of the vascular support and adjoining ring elements are connected to one another by connecting elements , connecting elements being arranged between at least two adjoining ring elements , each of which has at least one expandable widening element with a predetermined breaking point , wherein the expansion is possible in the longitudinal and/or transverse direction and the predetermined breaking points only break after overstretching of the expansion element beyond its maximum expansion point, characterised in that the webs of at least one ring element in each case are arranged in the connecting element similarly to a two-dimensional joint connection with a joint ball and a joint socket and are connected to the connecting element via a predetermined breaking point and the breaking of the predetermined breaking point is brought about via a lever in the connecting element .
Method for producing a decorative panel comprising the application of a film to a substrate , including the method steps: a) providing a substrate to be provided with the film , wherein the substrate is made of plastic; b) providing a film ; and c) applying the film onto at least a partial area of the substrate , wherein the film is made of plastic, wherein d) the film is electrostatically charged before being applied to the substrate , wherein e) the substrate is electrostatically charged before the film is applied to the substrate , g) inserting interlocking means at edges of the substrate ; and h) applying a decoration onto the substrate prior to applying the film to the substrate or applying a decoration onto the film , characterized in that in a step f) the electrostatic charging of the substrate and the film are carried out in such a way that the film and the substrate are electrostatically charged oppositely, wherein the film is positively charged to a range of ≥ 50 V to ≤ 150 V and the substrate is negatively charged to a range of ≥ -750 V to ≤ -150 V. a) providing a substrate to be provided with the film , wherein the substrate is made of plastic; b) providing a film ; and c) applying the film onto at least a partial area of the substrate , wherein the film is made of plastic, wherein d) the film is electrostatically charged before being applied to the substrate , wherein e) the substrate is electrostatically charged before the film is applied to the substrate , g) inserting interlocking means at edges of the substrate ; and h) applying a decoration onto the substrate prior to applying the film to the substrate or applying a decoration onto the film , characterized in that in a step f) the electrostatic charging of the substrate and the film are carried out in such a way that the film and the substrate are electrostatically charged oppositely, wherein
A compound of Formula (I), or a pharmaceutically acceptable salt or deuterated derivative thereof: wherein, R represents a hydrogen atom and n has a value of 1, A 1 and A 2 independently represent a direct bond or a C 1-6 alkylene group optionally substituted with a methyl group, X together with Y form the group -CH=CH-, -CH 2 -CH 2 - or -CH 2 -O-, L is selected from the group consisting of a direct bond, -O-, -NR c (CO)O-, - O(CH 2 )(CO)NR c -, -NR c (CO)-(CH 2 ) 4 NR c (CO)-, -NR c (CO)-, -CH 2 -NR c (CO)-, -(CO)NR c -and -NH(CO)NH-, wherein R c represents a hydrogen atom or a methyl group, G represents a direct bond, a phenylene group, a pyridyl group, a cyclobutyl group, a cylohexyl group or a group of formula: wherein V and Z independently are selected from the group consisting of -N-, -NH-, -C-, -O- and -S-, and W represents a -N-, -NH-, -C-, or a -C(O)- group, and wherein the phenylene group, pyridyl group, cyclobutyl group, cylohexyl group and the group of formula (Iwa) are independently optionally substituted with one or two substituents selected from a chlorine atom, methyl group and methoxy group, R 1 represents a group of formula: wherein both R 2 and R 3 are indenpendently selected from a hydrogen atom, a methyl group, a hexyl group and a propyl group substituted with a phenyl group and R' represents a hydrogen atom or a methyl group.
An identification key generation apparatus comprising: an identification key provider comprising a plurality of inter-layer contacts or vias between the conductive layers of a semiconductor that serve as a plurality of resistors generated during manufacture based on a random connection state between the conductive layers due to a semiconductor process variation; a discriminator configured to discriminate a first group having a resistance value (R a , R b , R c , R d ) greater than a first threshold value (R th.min ) and less than a second threshold value (R th.max ) among the plurality of resistors ; a reader configured to read at least one resistor that does not belong to the first group among the plurality of resistors , and to provide an identification key in a form of a digital value; a controller configured to record, in a memory, information used to identify a resistor included in the first group among the plurality of resistors ; and wherein the information used to identify the resistor included in the first group is an address of the resistor included in the first group among the plurality of resistors . an identification key provider comprising a plurality of inter-layer contacts or vias between the conductive layers of a semiconductor that serve as a plurality of resistors generated during manufacture based on a random connection state between the conductive layers due to a semiconductor process variation; a discriminator configured to discriminate a first group having a resistance value (R a , R b , R c , R d ) greater than a first threshold value (R th.min ) and less than a second threshold value (R th.max ) among the plurality of resistors ; a reader configured to read at least one resistor that does not belong to the first group among the plurality of resistors , and to provide an identification key in a form of a digital value; a controller configured to record, in a memory, information used to identify a resistor included in the first group among the plurality of resistors ; and wherein the information used to identify the resistor included in the first group is an address of the resistor included in the first group among the plurality of resistors .
A compound of the formula: wherein Y is CH or N; Z is CH or N; provided that when Y is CH, Z is N and when Y is N, Z is CH; X is CH or N; Q is CH or N; and R is C1-C3 alkyl, C3-C5 cycloalkyl, or CN; or a pharmaceutically acceptable salt thereof. Y is CH or N; Z is CH or N; provided that when Y is CH, Z is N and when Y is N, Z is CH; X is CH or N; Q is CH or N; and R is C1-C3 alkyl, C3-C5 cycloalkyl, or CN;
A magnetic flowmeter , comprising: at least one coil configured to generate a magnetic field within a process fluid flow; a pair of electrodes configured to detect an electromotive force within the process fluid flow in response to the magnetic field; coil drive circuitry coupled to the at least one coil and configured to cause at least one coil to generate the magnetic field; measurement circuitry operably coupled to the pair of electrodes and configured to provide an indication of the detected electromotive force; and a processor coupled to the measurement circuitry and the coil drive circuitry, the processor being configured to cause the coil drive circuitry to operate at one of a plurality of coil drive frequencies, the processor also being configured to obtain a plurality of measurement samples while process fluid is flowing, characterized in that while the coil drive circuitry is operating at a first frequency, the processor being configured to generate an autozero estimate for operation at a second coil drive frequency higher than the first coil drive frequency and save the autozero estimate for use during operation at the second coil drive frequency. at least one coil configured to generate a magnetic field within a process fluid flow; a pair of electrodes configured to detect an electromotive force within the process fluid flow in response to the magnetic field; coil drive circuitry coupled to the at least one coil and configured to cause at least one coil to generate the magnetic field; measurement circuitry operably coupled to the pair of electrodes and configured to provide an indication of the detected electromotive force; and a processor coupled to the measurement circuitry and the coil drive circuitry, the processor being configured to cause the coil drive circuitry to operate at one of a plurality of coil drive frequencies, the processor also being configured to obtain a plurality of measurement samples while process fluid is flowing, characterized in that while the coil drive circuitry is operating at a first frequency, the processor being configured to generate an autozero estimate for operation at a second coil drive frequency higher than the first coil drive frequency and save the autozero estimate for use during operation at the second coil drive frequency.
A computer-implemented method of generating specialized search results in response to patterned queries, comprising: receiving , for a specialized query category and from a third party content provider, a query pattern for which specialized results are to be displayed , wherein the query pattern comprises a data object having a type and attributes, and wherein the specialized results to be displayed comprise attributes of the data object; receiving, for the specialized query category and from the third party content provider, a specialized results pattern to be used in response to receiving a query matching the query pattern, wherein the specialized results pattern comprises attributes of the data object; and storing the query pattern and the specialized results pattern in a record associated with the specialized query category; the method further comprising: receiving a search query; identifying a user that generated the search query; comparing the search query to at least one stored query pattern for a specialized query category to which the user has subscribed; responsive to the search query matching the stored query pattern, generating at least one search result according to the specialized results pattern; and responsive to the search query not matching the stored query pattern, generating at least one generic search result; transmitting the generated at least one search result to a client for output. receiving , for a specialized query category and from a third party content provider, a query pattern for which specialized results are to be displayed , wherein the query pattern comprises a data object having a type and attributes, and wherein the specialized results to be displayed comprise attributes of the data object; receiving, for the specialized query category and from the third party content provider, a specialized results pattern to be used in response to receiving a query matching the query pattern, wherein the specialized results pattern comprises attributes of the data object; and storing the query pattern and the specialized results pattern in a record associated with the specialized query category; receiving a search query; identifying a user that generated the search query; comparing the search query to at least one stored query pattern for a specialized query category to which the user has subscribed; responsive to the search query matching the stored query pattern, generating at least one search result according to the specialized results pattern; and responsive to the search query not matching the stored query pattern, generating at least one generic search result; transmitting the generated at least one search result to a client for output.
A hearing aid comprising: a wireless communications element for wireless communication; a signal processing element for providing an audio signal; a connector for coupling an in-ear element to the hearing aid; a first conductor connected to the wireless communications element; and a second conductor configured for carrying the audio signal to the connector; the first and second conductors each have first and second portions respectively, wherein the respective first portions are electrically connected to one another via the wireless communications element and the signal processing element , wherein the second portion of first conductor is arranged such that, in use, there is a capacitive coupling between the second portion of the first conductor and the second conductor , and characterized in that the first conductor , the wireless communications element , the signal processing element , a conductor interconnecting the wireless communication element and the signal processing element , the second conductor , and the capacitive coupling, are configured to act as an antenna for receiving wireless RF signals. a wireless communications element for wireless communication; a signal processing element for providing an audio signal; a connector for coupling an in-ear element to the hearing aid; a first conductor connected to the wireless communications element; and a second conductor configured for carrying the audio signal to the connector; the first and second conductors each have first and second portions respectively, wherein the respective first portions are electrically connected to one another via the wireless communications element and the signal processing element , wherein the second portion of first conductor is arranged such that, in use, there is a capacitive coupling between the second portion of the first conductor and the second conductor , and characterized in that the first conductor , the wireless communications element , the signal processing element , a conductor interconnecting the wireless communication element and the signal processing element , the second conductor , and the capacitive coupling, are configured to act as an antenna for receiving wireless RF signals.
An article comprising: a continuous web comprising a substrate having a first major side and a second major side opposite to the first major side, and at least two web edges; one or more stripes of coated material having a thickness and disposed on one or both of the first and second major sides adjacent to one or both of the web edges, wherein the substrate is rolled upon itself in multiple revolutions about a central core, and wherein each revolution is held substantially separate from the next by the one or more stripes of coated material which comprises an adhesive blend including an adhesive and microspheres to provide a friction and prevent a relative axial movement between adjacent revolutions. a continuous web comprising a substrate having a first major side and a second major side opposite to the first major side, and at least two web edges; one or more stripes of coated material having a thickness and disposed on one or both of the first and second major sides adjacent to one or both of the web edges, wherein the substrate is rolled upon itself in multiple revolutions about a central core, and wherein each revolution is held substantially separate from the next by the one or more stripes of coated material which comprises an adhesive blend including an adhesive and microspheres to provide a friction and prevent a relative axial movement between adjacent revolutions.
Rotor of a rotary electric machine which has two pole wheels having a series of axially oriented claws of trapezoidal overall shape that extend axially from a radial protrusion from the external radial end edge of said pole wheel, in the direction of the other pole wheel, such that each claw of a pole wheel is situated in the space that exists between two consecutive claws of the other pole wheel, and which has a magnetic assembly in the inter-pole space defined between a first claw of a first pole wheel and a second claw of a second pole wheel , said magnetic assembly laterally comprising two first faces delimited by first and second free ends , said two first faces extending respectively along the first and second claws ; each of the first and second claws having a claw-head end and a lateral face such that the adjacent lateral face is opposite, said lateral face comprising opposite third and fourth ends (8 9) between which the magnetic assembly is in contact; said lateral faces of each of the first and second claws defining a reduction in section from one of the free ends of said magnetic assembly so as to extend towards a claw-head end along a lateral facet , said rotor being characterized in that the lateral facet extends towards the head end parallel to the lateral face .
An aircraft wing comprising a main wing and a wing tip device at the tip of the main wing , wherein the wing tip device is a winglet, wherein the wing tip device comprises upper and lower skins that form an upper surface and a lower surface , each spanning between a leading edge and a trailing edge of the wing tip device and defining a plurality of local aerofoils , wherein the wing tip device has a leading edge droop defined by a parameter Droop LE , wherein Droop LE at each unrolled spanwise location on the winglet is the distance that the leading edge point is offset towards the lower surface from a reference line that passes through a trailing edge point and a reference point located midway between the upper and lower surfaces of a local aerofoil section at a reference chord-wise position, along a line perpendicular to the reference line, divided by the local chord length, and wherein the wing tip device has a variation of leading edge droop with respect to unrolled span-wise position, wherein the leading edge droop of the wing tip device is a maximum in the outboard half of the unrolled wing tip device, and wherein the leading edge droop decreases outboard from its maximum value, towards the tip of the wing tip device such that flow separation on the wing tip device first occurs in an outboard region of the wing tip device.
A flexible pipe comprising a tubular sheath and at least one layer of tensile armors arranged externally relative to the tubular sheath , the layer of armors comprising a plurality of filiform armor elements , the flexible pipe including: at least one connecting end-piece , the end-piece including: - an end dome having an internal fluid flow aperture of central axis (A-A'), intended to open into the circulation passage , the end dome having an end flange intended for connection to another end-piece ; and - at least one ring-shaped seal with a central axis (A-A'), the seal being housed in the end flange around the internal aperture , characterized in that the or each seal has a polygonal cross-section. at least one connecting end-piece , the end-piece including: - an end dome having an internal fluid flow aperture of central axis (A-A'), intended to open into the circulation passage , the end dome having an end flange intended for connection to another end-piece ; and - at least one ring-shaped seal with a central axis (A-A'), the seal being housed in the end flange around the internal aperture , characterized in that the or each seal has a polygonal cross-section. - an end dome having an internal fluid flow aperture of central axis (A-A'), intended to open into the circulation passage , the end dome having an end flange intended for connection to another end-piece ; and - at least one ring-shaped seal with a central axis (A-A'), the seal being housed in the end flange around the internal aperture , characterized in that the or each seal has a polygonal cross-section.