mhurhangee/patent-ind-claim-en huggingface dataset:
A device for providing a skeleton model of a patient, the device comprising: - a joint identification unit configured to obtain an image and corresponding image data of the patient comprising depth information and to generate joint location data by localizing one or more joints of the patient in said image , - a pose estimation unit configured to generate pose estimation data by estimating a pose of the patient using the joint location data and/or the image data , characterised by - a sensor location unit configured to obtain body location data , comprising information about a location of a sensor on the patient's body, and image location data , comprising information about the location of the sensor in the image , and to generate sensor location data , assigning a sensor location in the image to a body location of the patient, based on the body location data and the image location data , - an assignment unit configured to perform an assignment of the one or more joints to one or more body locations of the patient by using the joint location data , the pose estimation data and the sensor location data , and - a skeleton modelling unit configured to generate a skeleton model of the patient based on the assignment of the joints to a body location. - a joint identification unit configured to obtain an image and corresponding image data of the patient comprising depth information and to generate joint location data by localizing one or more joints of the patient in said image , - a pose estimation unit configured to generate pose estimation data by estimating a pose of the patient using the joint location data and/or the image data , - a sensor location unit configured to obtain body location data , comprising information about a location of a sensor on the patient's body, and image location data , comprising information about the location of the sensor in the image , and to generate sensor location data , assigning a sensor location in the image to a body location of the patient, based on the body location data and the image location data , - an assignment unit configured to perform an assignment of the one or more joints to one or more body locations of the patient by using the joint location data , the pose estimation data and the sensor location data , and - a skeleton modelling unit configured to generate a skeleton model of the patient based on the assignment of the joints to a body location.
A thickener obtained by subjecting a disruption product of a plant to a pulverization or finely-dividing treatment simultaneously with or after a treatment with a lignin-degrading enzyme, wherein the 50% particle diameter after the pulverization or finely-dividing treatment is 20 to 100 μm.
A recording medium comprising: a substrate; a first ink-receiving layer; and a second ink-receiving layer serving as a top layer in this order, wherein the first ink-receiving layer comprises an amorphous silica having an average secondary particle size of 1.0 μm or more, the second ink-receiving layer comprises a colloidal silica, and a root-mean-square slope RΔq of roughness profile elements, provided in JIS B 0601:2001, of a surface of the second ink-receiving layer is 0.3 or more. a substrate; a first ink-receiving layer; and a second ink-receiving layer serving as a top layer in this order, wherein the first ink-receiving layer comprises an amorphous silica having an average secondary particle size of 1.0 μm or more, the second ink-receiving layer comprises a colloidal silica, and a root-mean-square slope RΔq of roughness profile elements, provided in JIS B 0601:2001, of a surface of the second ink-receiving layer is 0.3 or more.
A packaged skin treatment composition comprising: (a) a receptacle with a neck and having stored therein a treatment composition , (b) a wiper affixed within the neck and having an internal barrel portion , (c) a closure for the receptacle , (d) an applicator comprised of a rod with a proximal end of the applicator affixed to the closure and a distal end of the applicator terminating in an enlarged portion , characterised in that : the treatment composition contains microscopic three dimensional spherical structures having membranous outer walls and secluded internal spaces, the wiper is affixed in the neck with a collar having downwardly extending arms forming a circumferential depression , wherein the barrel portion of the wiper is formed by downwardly extending circumferential walls terminating in a distal portion which is an orifice surrounded by a shelf having holes therein, wherein when the applicator is extracted from the receptacle through the wiper the treatment composition loads onto the rod to permit application of the treatment composition containing the microscopic spherical structures to the treatment surface, and wherein when the applicator is extracted through the wiper , the sides of said enlarged portion of the applicator are wiped clean of the treatment composition . (a) a receptacle with a neck and having stored therein a treatment composition , (b) a wiper affixed within the neck and having an internal barrel portion , (c) a closure for the receptacle , (d) an applicator comprised of a rod with a proximal end of the applicator affixed to the closure and a distal end of the applicator terminating in an enlarged portion , the treatment composition contains microscopic three dimensional spherical structures having membranous outer walls and secluded internal spaces, the wiper is affixed in the neck with a collar having downwardly extending arms forming a circumferential depression , wherein the barrel portion of the wiper is formed by downwardly extending circumferential walls terminating in a distal portion which is an orifice surrounded by a shelf having holes therein, wherein when the applicator is extracted from the receptacle through the wiper the treatment composition loads onto the rod to permit application of the treatment composition containing the microscopic spherical structures to the treatment surface, and wherein when the applicator is extracted through the wiper , the sides of said enlarged portion of the applicator are wiped clean of the treatment composition .
A method for prognosing a risk of occurrence of a disease in a subject, comprising: a) determining respective values of a plurality of disease risk-factors for the subject; b) providing a database of individuals for whom the values of the plurality of disease risk-factors have been determined and the occurrence or not of the disease in the individuals is known; c) transforming each value of the plurality of disease risk-factors of the subject and of the database individuals on a same said disease incidence scale, wherein each value of disease risk-factor is transformed by the incidence of the disease in a population of individuals having the same said value of disease risk-factor; d) selecting, within the database, a number of individuals which are at the lowest Euclidian distance of the subject with respect to other individuals of the database, wherein the Euclidian distance is based on the transformed values of the plurality of disease risk-factors and wherein the number of individuals which are at the lowest Euclidian distance of the subject is of from 10 individuals to 10000 individuals; e) determining the ratio of the quantity of selected individuals in whom the disease has occurred to the number of selected individuals, thereby prognosing the risk of occurrence of the disease in the subject; wherein the method is a computer-implemented method. a) determining respective values of a plurality of disease risk-factors for the subject; b) providing a database of individuals for whom the values of the plurality of disease risk-factors have been determined and the occurrence or not of the disease in the individuals is known; c) transforming each value of the plurality of disease risk-factors of the subject and of the database individuals on a same said disease incidence scale, wherein each value of disease risk-factor is transformed by the incidence of the disease in a population of individuals having the same said value of disease risk-factor; d) selecting, within the database, a number of individuals which are at the lowest Euclidian distance of the subject with respect to other individuals of the database, wherein the Euclidian distance is based on the transformed values of the plurality of disease risk-factors and wherein the number of individuals which are at the lowest Euclidian distance of the subject is of from 10 individuals to 10000 individuals; e) determining the ratio of the quantity of selected individuals in whom the disease has occurred to the number of selected individuals, thereby prognosing the risk of occurrence of the disease in the subject;
A bellows for a vertical lifting device, the bellows comprising: - a sheet divided into a plurality of sections having respective widths, - a plurality of reinforcement bars , the reinforcement bars being mounted on each of the above-mentioned sections of the sheet and configured for reinforcing the cross-section of the sheet on which they are mounted, the bellows being characterized by further comprising: a plurality of connecting joints , each joint being configured for connecting together a pair of the reinforcement bars belonging to adjacent sections of said sheet , wherein the reinforcement bars comprise segments having, at opposite lateral ends, coupling elements for coupling with the connecting joint . - a sheet divided into a plurality of sections having respective widths, - a plurality of reinforcement bars , the reinforcement bars being mounted on each of the above-mentioned sections of the sheet and configured for reinforcing the cross-section of the sheet on which they are mounted, the bellows being
A method of operation of the system-on-a-chip, SoC, integrated circuit, IC, package according to any one of claims 7 to 12, the method comprising: generating, by the controller included in the SoC die , the first digital word; serializing without any equalization or only with rudimentary equalization, by the SoC physical layer interface included in the SoC die , the first digital word into the first serialized data stream responsive to the clock received over the internal transmission channel ; transmitting , over the internal transmission channel , the first serialized data stream from the SoC die to the SerDes interface die ; deserializing without any equalization or only with rudimentary equalization, by the SerDes physical layer interface included in the SerDes interface die , the first serialized data stream into the second digital word; serializing , by the serializer included in the SerDes interface die , the second digital word into the second serialized data stream in the SerDes interface die responsive to the clock; and transmitting , by the differential transmitter over the pair of differential transmit terminals, the second serialized data stream from the SerDes interface die to the external receiver via the external transmission line; and generating, by the clock source included in the SerDes interface die , the clock. generating, by the controller included in the SoC die , the first digital word; serializing without any equalization or only with rudimentary equalization, by the SoC physical layer interface included in the SoC die , the first digital word into the first serialized data stream responsive to the clock received over the internal transmission channel ; transmitting , over the internal transmission channel , the first serialized data stream from the SoC die to the SerDes interface die ; deserializing without any equalization or only with rudimentary equalization, by the SerDes physical layer interface included in the SerDes interface die , the first serialized data stream into the second digital word; serializing , by the serializer included in the SerDes interface die , the second digital word into the second serialized data stream in the SerDes interface die responsive to the clock; and transmitting , by the differential transmitter over the pair of differential transmit terminals, the second serialized data stream from the SerDes interface die to the external receiver via the external transmission line; and generating, by the clock source included in the SerDes interface die , the clock.
A connecting rod bearing and crankpin assembly for rotatably supporting a crankpin of a crankshaft of an internal combustion engine, wherein: the crankpin comprises a cylindrical barrel portion, a lubricating oil path extending through the cylindrical barrel portion, and at least one discharge opening of the lubricating oil path formed on an outer peripheral surface of the cylindrical barrel portion, the connecting rod bearing comprises a pair of half bearings which are combined with each other to form a cylindrical shape, each of the half bearings has a main cylindrical portion including a circumferentially central portion (C) of the half bearing , the main cylindrical portion comprises a slide surface on a radially inner side thereof, and each of the half bearings also comprises crush reliefs formed on both circumferential sides of the slide surface so that a wall thickness at the crush relief is smaller than that of the main cylindrical portion , characterised in that at least one of the pair of half bearings comprises an axial groove to accommodate the oil flow (F1) from the lubricating oil path , the axial grooves extending in an axial direction on the slide surface between the circumferentially central portion (C) and the crush relief located on a forward side in a rotation direction of the crankpin , and the axial groove is apart from the circumferentially central portion (C) by a circumferential angle of 10° or more toward the forward side in the rotation direction, and apart from the crush relief located on the forward side in the rotation direction of the crankpin by a circumferential angle of 10° or more. the crankpin comprises a cylindrical barrel portion, a lubricating oil path extending through the cylindrical barrel portion, and at least one discharge opening of the lubricating oil path formed on an outer peripheral surface of the cylindrical barrel portion, the connecting rod bearing comprises a pair of half bearings which are combined with each other to form a cylindrical shape, each of the half bearings has a main cylindrical portion including a circumferentially central portion (C) of the half bearing , the main cylindrical portion comprises a slide surface on a radially inner side thereof, and each of the half bearings also comprises crush reliefs formed on both circumferential sides of the slide surface so that a wall thickness at the crush relief is smaller than that of the main cylindrical portion , characterised in that at least one of the pair of half bearings comprises an axial groove to accommodate the oil flow (F1) from the lubricating oil path , the axial grooves extending in an axial direction on the slide surface between the circumferentially central portion (C) and the crush relief located on a forward side in a rotation direction of the crankpin , and the axial groove is apart from the circumferentially central portion (C) by a circumferential angle of 10° or more toward the forward side in the rotation direction, and apart from the crush relief located on the forward side in the rotation direction of the crankpin by a circumferential angle of 10° or more.
A terminal block comprising: a first split body that includes one or more terminal connection parts and a first coupling portion ; a second split body that includes one or more terminal connection parts and a second coupling portion coupled to the first coupling portion ; and a coupling member that couples the first coupling portion to the second coupling portion and is configured to fix the first split body and the second split body to a mount member to which the terminal block is mounted, characterized in that the first split body has a single detent portion restricting rotation of the terminal block about the coupling member and that the first and second split bodies are coupled using a single coupling member , the detent portion being located in the vicinity of a side face of the first split body , the side face being farthest from the second split body . a first split body that includes one or more terminal connection parts and a first coupling portion ; a second split body that includes one or more terminal connection parts and a second coupling portion coupled to the first coupling portion ; and a coupling member that couples the first coupling portion to the second coupling portion and is configured to fix the first split body and the second split body to a mount member to which the terminal block is mounted,
Radiotherapy apparatus adapted for use with a Magnetic Resonance Imaging (MRI) system, the apparatus comprising a linear accelerator adapted to be mounted to an exterior surface of the MRI system and having an accelerator waveguide within which electrons from a particle source are accelerated to impact on a target and produce a beam of radiotherapeutic radiation, the apparatus comprising an external waveguide enclosure which extends substantially continuously around the accelerator waveguide, the waveguide enclosure being formed of high magnetic permeability material, and having a first aperture for the beam of radiotherapeutic radiation where the beam exits the waveguide enclosure and enters the MRI system single and a second aperture for an RF guide for the introduction of electrons into the accelerator waveguide and for cabling for the particle source and coolant piping for the waveguide to pass through the waveguide enclosure, wherein an interface flange is provided for mounting between on the one side the accelerator waveguide and the waveguide enclosure and on the other side the exterior of the MRI system, the interface flange including a waveguide enclosure end cap formed of high magnetic permeability material in which the first aperture is located.
Process for the chlorination of acetic acid to form monochloroacetic acid comprising the following steps a. reacting acetic acid with chlorine using acetic anhydride and/or acetyl chloride as catalyst to form a liquid phase and a gaseous phase, - the liquid phase comprising at least monochloroacetic acid, acid chlorides, acid anhydrides and optionally unreacted acetic acid, and - the gaseous phase comprising HCI and acetic acid, acid chlorides, acid anhydrides and monochloroacetic acid, b. stripping said liquid phase at a temperature of between 120 and 180°C and a pressure between 1 and 7 bara with gaseous HCI to form a gaseous HCI stream comprising acetic acid, acid chlorides and optionally acid anhydrides and monochloroacetic acid, and a liquid stream comprising monochloroacetic acid and dichloroacetic acid; c. cooling the gaseous HCI stream comprising acetic acid, acid chlorides and optionally acid anhydrides and monochloroacetic acid to a temperature of between 10 and 60°C, and d. feeding the cooled gaseous HCI to an absorber with acetic acid as absorbent absorbing the acetic acid, acid chlorides and optionally monochloroacetic acid forming a stream comprising acetic acid and acid chlorides. a. reacting acetic acid with chlorine using acetic anhydride and/or acetyl chloride as catalyst to form a liquid phase and a gaseous phase, - the liquid phase comprising at least monochloroacetic acid, acid chlorides, acid anhydrides and optionally unreacted acetic acid, and - the gaseous phase comprising HCI and acetic acid, acid chlorides, acid anhydrides and monochloroacetic acid, - the liquid phase comprising at least monochloroacetic acid, acid chlorides, acid anhydrides and optionally unreacted acetic acid, and - the gaseous phase comprising HCI and acetic acid, acid chlorides, acid anhydrides and monochloroacetic acid, b. stripping said liquid phase at a temperature of between 120 and 180°C and a pressure between 1 and 7 bara with gaseous HCI to form a gaseous HCI stream comprising acetic acid, acid chlorides and optionally acid anhydrides and monochloroacetic acid, and a liquid stream comprising monochloroacetic acid and dichloroacetic acid; c. cooling the gaseous HCI stream comprising acetic acid, acid chlorides and optionally acid anhydrides and monochloroacetic acid to a temperature of between 10 and 60°C, and d. feeding the cooled gaseous HCI to an absorber with acetic acid as absorbent absorbing the acetic acid, acid chlorides and optionally monochloroacetic acid forming a stream comprising acetic acid and acid chlorides.
Heat shrink component that has first dimensions in an expanded state and second dimensions in a shrunk state, at least one of the first dimensions being larger than the corresponding second dimension and said heat shrink component comprising: a heat shrink layer , and at least one heating unit that is arranged in thermal contact to at least a part of said heat shrink layer , said heating unit being operable to heat up the heat shrink layer to its heat shrink temperature, wherein the heating unit comprises at least one electrically conductive lead with an electrical conductivity of more than 3·10 7 S/m and comprises aluminum and/or copper, wherein the heat shrink layer is formed at least partly as a sleeve with a longitudinal axis for covering at least a part of an electrical connection and/or at least a part of a termination, wherein said heating unit is arranged to at least partly encompass said sleeve , wherein said electrically conductive lead encompasses said sleeve forming a plurality of rings being arranged around the longitudinal axis of said sleeve , and/or wherein said electrically conductive lead encompasses said sleeve forming a helix around the longitudinal axis of said sleeve, and/or wherein the electrically conductive lead comprises a plurality of interconnected elongated sections that extend along the longitudinal axis of said sleeve and that are distributed around the circumference of the sleeve, wherein the electrically conductive lead comprises a plurality of sections which are electrically connected in series and/or in parallel, and wherein said heating unit further comprises a plurality of heating elements interconnected by said electrically conductive lead . a heat shrink layer , and at least one heating unit that is arranged in thermal contact to at least a part of said heat shrink layer , said heating unit being operable to heat up the heat shrink layer to its heat shrink temperature, wherein the heating unit comprises at least one electrically conductive lead with an electrical conductivity of more than 3·10 7 S/m and comprises aluminum and/or copper, wherein the heat shrink layer is formed at least partly as a sleeve with a longitudinal axis for covering at least a part of an electrical connection and/or at least a part of a termination, wherein said heating unit is arranged to at least partly encompass said sleeve , wherein said electrically conductive lead encompasses said sleeve forming a plurality of rings being arranged around the longitudinal axis of said sleeve , and/or wherein said electrically conductive lead encompasses said sleeve forming a helix around the longitudinal axis of said sleeve, and/or wherein the electrically conductive lead comprises a plurality of interconnected elongated sections that extend along the longitudinal axis of said sleeve and that are distributed around the circumference of the sleeve, wherein the electrically conductive lead comprises a plurality of sections which are electrically connected in series and/or in parallel, and wherein said heating unit further comprises a plurality of heating elements interconnected by said electrically conductive lead .