mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for generating a virtual base model from a digital model of a patient's dentition, the method comprising: selecting a virtual base type; obtaining a plurality of prescribed dimensions of the selected virtual base type; forming (S600) an initial virtual base from the plurality of prescribed dimensions of the selected virtual base type; obtaining (S610) a 3-D digital model of the patient's dentition; determining (S620) bounding dimensions of the 3-D digital model of the patient's dentition; performing (S630) a global transformation of the initial virtual base based on the bounding dimensions; performing (S630) a local transformation of the globally transformed initial virtual base based on local criteria to form the virtual base model; and displaying (S640), storing or transmitting the at least one virtual base model. selecting a virtual base type; obtaining a plurality of prescribed dimensions of the selected virtual base type; forming (S600) an initial virtual base from the plurality of prescribed dimensions of the selected virtual base type; obtaining (S610) a 3-D digital model of the patient's dentition; determining (S620) bounding dimensions of the 3-D digital model of the patient's dentition; performing (S630) a global transformation of the initial virtual base based on the bounding dimensions; performing (S630) a local transformation of the globally transformed initial virtual base based on local criteria to form the virtual base model; and displaying (S640), storing or transmitting the at least one virtual base model.
A system comprising an unmanned vehicle and a wearable base device for the unmanned vehicle , wherein the wearable base device comprises a position determining unit configured to determine a first position information and a second position information, and a first communication unit configured to transmit the first position information or a launch signal generated based on the first position information, and the second position information or a return signal generated based on the second position information to the unmanned vehicle , and the unmanned vehicle comprises a second communication unit configured to receive the first position information or the launch signal, and the second position information or the return signal, wherein the unmanned vehicle is configured to perform an autonomous launch manoeuvre of the unmanned vehicle from the wearable base device in response to receiving the first position information or the launch signal, and to perform an autonomous landing manoeuvre of the unmanned vehicle at the wearable base device in response to receiving the second position information or the return signal, and the system is characterized in that the first position information corresponds to a first position of the wearable base device relative to a body of a person wearing the wearable base device , and the second position information corresponds to a second position of the wearable base device relative to the body of the person wearing the wearable base device . the wearable base device comprises a position determining unit configured to determine a first position information and a second position information, and a first communication unit configured to transmit the first position information or a launch signal generated based on the first position information, and the second position information or a return signal generated based on the second position information to the unmanned vehicle , and the unmanned vehicle comprises a second communication unit configured to receive the first position information or the launch signal, and the second position information or the return signal, wherein the unmanned vehicle is configured to perform an autonomous launch manoeuvre of the unmanned vehicle from the wearable base device in response to receiving the first position information or the launch signal, and to perform an autonomous landing manoeuvre of the unmanned vehicle at the wearable base device in response to receiving the second position information or the return signal, and the system is characterized in that the first position information corresponds to a first position of the wearable base device relative to a body of a person wearing the wearable base device , and the second position information corresponds to a second position of the wearable base device relative to the body of the person wearing the wearable base device .
Motor vehicle spare wheel fastening device that can be secured to the body of the vehicle, comprising a wheel-accommodating wire structure provided with at least two coupling means that can be respectively coupled to a receiving element secured to the vehicle for the tiltable mounting of said wire structure about an axis passing through the at least two coupling means, allowing opening or closing operations of said device, said wire structure comprising at least one substantially U-shaped wire whose two ends are respectively extended by said coupling means , and said coupling means taking the respective form of a first hook and of a second hook of mutually different shapes, characterized in that said hooks are configured and dimensioned such that said wire structure can be mounted only by coupling said first hook first and then said second hook , and such that at least said U-shaped wire of said wire structure is elastically deformable to allow the coupling of said second hook .
A building site machine, configured for pumping and/or mixing fluid, pasty and/or viscous products such as mortars, concretes and fluid screeds, comprising: a chassis , a receptacle , mounted on the chassis , defining a receiving volume and an introduction aperture opening out into the receiving volume, a screen , mounted in a removable or retractable manner relative to the chassis , having a working position in which the screen extends over the introduction aperture, and a vibratory source , wherein the vibratory source is mounted away from the screen , and wherein the vibratory source is configured to transmit to the screen, when the screen is in its working position, a vibratory movement via a vibratory transmission comprising a detachable connector , characterized in that the vibratory source is mounted on the chassis , and in that the detachable connector is configured to maintain the connection between the vibratory source and the screen under the sole effect of the weight of the screen . a chassis , a receptacle , mounted on the chassis , defining a receiving volume and an introduction aperture opening out into the receiving volume, a screen , mounted in a removable or retractable manner relative to the chassis , having a working position in which the screen extends over the introduction aperture, and a vibratory source , wherein the vibratory source is mounted away from the screen , and wherein the vibratory source is configured to transmit to the screen, when the screen is in its working position, a vibratory movement via a vibratory transmission comprising a detachable connector , characterized in that the vibratory source is mounted on the chassis , and in that the detachable connector is configured to maintain the connection between the vibratory source and the screen under the sole effect of the weight of the screen .
A wide angle lens , consisting of: a first lens , a second lens , a third lens , a diaphragm , a fourth lens , a fifth lens which are arranged in order from an object side to an image side, wherein the first lens is a negative meniscus lens with a convex surface facing the object side and a concave surface facing the image side; the second lens is a negative lens with a concave surface facing the image side and at least one of a lens surface on the object side and a lens surface on the image side is an aspherical surface; the third lens is a positive meniscus lens with a concave surface facing the object side and a convex surface facing the image side and at least one of a lens surface on the object side and a lens surface on the image side is an aspherical surface; the fourth lens is a negative meniscus lens with a concave surface facing the image side or a biconcave lens; the fifth lens is a biconvex lens; the fourth lens and the fifth lens are plastic lenses which constitute a cemented lens in which a lens surface on the image side of the fourth lens and a lens surface on the object side of the fifth lens are cemented; when a refractive index of the fourth lens is "n4", the following condition is satisfied: n 4 ≥ 1.632 , when a center radius of curvature of a cemented surface of the cemented lens is "R45" and an effective focal length of an entire lens system is "f0", the following condition is satisfied: 0.5 < R 45 / f 0 < 0.8 , and when an Abbe number of the fourth lens is "v4", the following condition is satisfied: v 4 ≤ 24.0 . a first lens , a second lens , a third lens , a diaphragm , a fourth lens , a fifth lens which are arranged in order from an object side to an image side, wherein the first lens is a negative meniscus lens with a convex surface facing the object side and a concave surface facing the image side; the second lens is a negative lens with a concave surface facing the image side and at least one of a lens surface on the object side and a lens surface on the image side is an aspherical surface; the third lens is a positive meniscus lens with a concave surface facing the object side and a convex surface facing the image side and at least one of a lens surface on the object side and a lens surface on the image side is an aspherical surface; the fourth lens is a negative meniscus lens with a concave surface facing the image side or a biconcave lens; the fifth lens is a biconvex lens; the fourth lens and the fifth lens are plastic lenses which constitute a cemented lens in which a lens surface on the image side of the fourth lens and a lens surface on the object side of the fifth lens are cemented; when a refractive index of the fourth lens is "n4", the following condition is satisfied: n 4 ≥ 1.632 , when a center radius of curvature of a cemented surface of the cemented lens is "R45" and an effective focal length of an entire lens system is "f0", the following condition is satisfied: 0.5 < R 45 / f 0 < 0.8 , and when an Abbe number of the fourth lens is "v4", the following condition is satisfied: v 4 ≤ 24.0 .
Blade support for a shaving razor , having an inner face and an outer face comprising: - an elongated lower portion , - an elongated upper portion , and - an elongated intermediate bent portion intermediate the lower and upper portions, said upper portion extending forward said intermediate bent portion to a top side , said lower portion extending downward from said intermediate bent portion to a bottom side , wherein said blade support has a maximum thickness of between about 0.12 and about 0.21 millimetres (mm), characterised in that the inner face , at the intermediate bent portion, has a radius of curvature of about 0.28 millimetres (mm) and in that the top side and/or the bottom side are rounded. - an elongated lower portion , - an elongated upper portion , and - an elongated intermediate bent portion intermediate the lower and upper portions, said upper portion extending forward said intermediate bent portion to a top side , said lower portion extending downward from said intermediate bent portion to a bottom side , wherein said blade support has a maximum thickness of between about 0.12 and about 0.21 millimetres (mm), characterised in that the inner face , at the intermediate bent portion, has a radius of curvature of about 0.28 millimetres (mm) and in that the top side and/or the bottom side are rounded.
A method performed by a terminal in a wireless communication system, the method comprising: receiving , from a base station , a connection reconfiguration message including an identifier associated with an access point , wherein the base station supports a first radio access technology, RAT, and the access point supports a second RAT that is different from the first RAT; performing an association with the access point ; transmitting , to the base station, a connection reconfiguration complete message based on the received connection reconfiguration message; and receiving data from the access point and from the base station , wherein data received from the access point includes a packet of the first RAT as a payload and a type information indicating that the packet of the first RAT is included. receiving , from a base station , a connection reconfiguration message including an identifier associated with an access point , wherein the base station supports a first radio access technology, RAT, and the access point supports a second RAT that is different from the first RAT; performing an association with the access point ; transmitting , to the base station, a connection reconfiguration complete message based on the received connection reconfiguration message; and receiving data from the access point and from the base station , wherein data received from the access point includes a packet of the first RAT as a payload and a type information indicating that the packet of the first RAT is included.
A cosmetic cytoprotective method of treating signs or symptoms of aging or skin wrinkles by treating or preventing oxidative damage in the skin of an individual, the method comprising topically administering to the individual in need of such treatment an effective amount of the compound nicotinamide riboside, or a salt thereof.
A method for estimating a measure of cardiovascular health of a subject , said method comprising: receiving an electrocardiogram, ECG, signal of the subject ; receiving an artery signal representative of pressure pulse wave propagation at a location in an artery of the subject ; determining a fiducial point in time based on the ECG signal , said fiducial point in time providing an indication of onset of isovolumetric contraction of the subject's heart; determining a pre-systolic pressure pulse arrival point in time based on the artery signal , wherein the pre-systolic pressure pulse arrival point in time is determined to correspond to the onset of the isovolumetric contraction of the subject's heart being reflected in the artery signal , characterised in that said method further comprises: determining a time period between the onset of the isovolumetric contraction of the subject's heart and reflection of the onset of the isovolumetric contraction of the subject's heart in the artery signal based on the fiducial point in time and the pre-systolic pressure pulse arrival point in time , said time period representing a vascular transit time; and determining a pulse wave velocity of the subject based on a physical distance between an aortic valve and the location in the artery and on the vascular transit time. receiving an electrocardiogram, ECG, signal of the subject ; receiving an artery signal representative of pressure pulse wave propagation at a location in an artery of the subject ; determining a fiducial point in time based on the ECG signal , said fiducial point in time providing an indication of onset of isovolumetric contraction of the subject's heart; determining a pre-systolic pressure pulse arrival point in time based on the artery signal , wherein the pre-systolic pressure pulse arrival point in time is determined to correspond to the onset of the isovolumetric contraction of the subject's heart being reflected in the artery signal , characterised in that said method further comprises: determining a time period between the onset of the isovolumetric contraction of the subject's heart and reflection of the onset of the isovolumetric contraction of the subject's heart in the artery signal based on the fiducial point in time and the pre-systolic pressure pulse arrival point in time , said time period representing a vascular transit time; and determining a pulse wave velocity of the subject based on a physical distance between an aortic valve and the location in the artery and on the vascular transit time. determining a time period between the onset of the isovolumetric contraction of the subject's heart and reflection of the onset of the isovolumetric contraction of the subject's heart in the artery signal based on the fiducial point in time and the pre-systolic pressure pulse arrival point in time , said time period representing a vascular transit time; and determining a pulse wave velocity of the subject based on a physical distance between an aortic valve and the location in the artery and on the vascular transit time.
A data transmission method, comprising: processing , by a network device, a to-be-sent first optical data unit, ODU, to obtain a second ODU, wherein a bit rate of the second ODU is lower than a bit rate of the first ODU; and sending , by the network device, the second ODU; characterized in that the sending, by the network device, the second ODU comprises: mapping, by the network device, the second ODU to a third ODU, wherein a bit rate of the third ODU is n×50G, and n is a positive integer; and sending, by the network device, the third ODU through m flexible optical transport network FlexO interfaces, wherein m is a positive integer, and a bit rate of each FlexO interface is 50G. processing , by a network device, a to-be-sent first optical data unit, ODU, to obtain a second ODU, wherein a bit rate of the second ODU is lower than a bit rate of the first ODU; and sending , by the network device, the second ODU; characterized in that the sending, by the network device, the second ODU comprises: mapping, by the network device, the second ODU to a third ODU, wherein a bit rate of the third ODU is n×50G, and n is a positive integer; and sending, by the network device, the third ODU through m flexible optical transport network FlexO interfaces, wherein m is a positive integer, and a bit rate of each FlexO interface is 50G. mapping, by the network device, the second ODU to a third ODU, wherein a bit rate of the third ODU is n×50G, and n is a positive integer; and sending, by the network device, the third ODU through m flexible optical transport network FlexO interfaces, wherein m is a positive integer, and a bit rate of each FlexO interface is 50G.
Animal passageway of a farming installation or a slaughterhouse, the passageway comprising a push cart for animals by means of a barrier movable between a position blocking the passageway and a position clearing the passageway , the cart being movable in the passageway by a sliding connection, the sliding connection comprising rolling elements arranged in contact with an upper face of a guiding element of the connection and supporting all or part of the weight of the cart, the rolling elements and/or the upper face of the guiding element comprising an elastomer or a polymer, characterized in that the sliding connection is actuated by a pinion and rack system.
A method for reseeding harvested adherent cells grown in growth media in a hollow fiber bioreactor having an intracapillary space and an extracapillary space, wherein a cell growth space is one of the intracapillary space or the extracapillary space, said method comprising the steps of: removing the growth media from the cell growth space; washing the cells to remove residual growth media from the cell growth space; loosening the cells from the cell growth space by adding trypsin to the cell growth space; removing the cells and any trypsin from the cell growth space using complete media to push the cells out of the cell growth space through a cell harvest path; adding a harvest media to the cells, wherein said harvest media comprises protein and metabolites; wherein said protein inactivates the trypsin from the removed cells; wherein said metabolites are to compensate for a lack of ions in the cellular environment; and said method further comprising: without an additional washing step, reseeding the cells into the cell growth space of the or a hollow fiber bioreactor. removing the growth media from the cell growth space; washing the cells to remove residual growth media from the cell growth space; loosening the cells from the cell growth space by adding trypsin to the cell growth space; removing the cells and any trypsin from the cell growth space using complete media to push the cells out of the cell growth space through a cell harvest path; adding a harvest media to the cells, wherein said harvest media comprises protein and metabolites; wherein said protein inactivates the trypsin from the removed cells; wherein said metabolites are to compensate for a lack of ions in the cellular environment; and said method further comprising: without an additional washing step, reseeding the cells into the cell growth space of the or a hollow fiber bioreactor.
A composite pipe , comprising: a tubular pipe body ; a coating layer , which has a concertinaed shape obtained by forming, alternately in an axial direction (S) of the pipe body , an annular ridge portion that is formed in a tubular shape, covers an outer circumference of the pipe body , and is convex toward an outer side in a radial direction (R), and an annular valley portion that has a shorter axial length than the ridge portion and has a concave outer side in the radial direction (R), the coating layer being configured to be shortened in the axial direction (S) while being guided by an outer circumference of the pipe body ; and an intermediate layer disposed between the pipe body and the coating layer , characterised in that the intermediate layer has a compression clamp portion that is compressed and clamped between the valley portion and the pipe body , and a convex portion that protrudes into a ridge space between an inner side of the ridge portion in the radial direction (R) and the pipe body . a tubular pipe body ; a coating layer , which has a concertinaed shape obtained by forming, alternately in an axial direction (S) of the pipe body , an annular ridge portion that is formed in a tubular shape, covers an outer circumference of the pipe body , and is convex toward an outer side in a radial direction (R), and an annular valley portion that has a shorter axial length than the ridge portion and has a concave outer side in the radial direction (R), the coating layer being configured to be shortened in the axial direction (S) while being guided by an outer circumference of the pipe body ; and an intermediate layer disposed between the pipe body and the coating layer , characterised in that the intermediate layer has a compression clamp portion that is compressed and clamped between the valley portion and the pipe body , and a convex portion that protrudes into a ridge space between an inner side of the ridge portion in the radial direction (R) and the pipe body .