mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving a signal from a force sensor , the signal representing a force that is applied by a stepper motor of an injection device to a plunger of a cartridge ; and causing a current to be applied to the motor , the current enabling the motor to apply to the plunger a resultant force corresponding to a sum of the force represented by the signal from the force sensor and a predetermined fraction of the force represented by the signal from the force sensor . receiving a signal from a force sensor , the signal representing a force that is applied by a stepper motor of an injection device to a plunger of a cartridge ; and causing a current to be applied to the motor , the current enabling the motor to apply to the plunger a resultant force corresponding to a sum of the force represented by the signal from the force sensor and a predetermined fraction of the force represented by the signal from the force sensor .
Service station for the vehicles of an autonomous vehicle fleet, comprising at least one service module which is designed to identify dirt on at least one vehicle component of the vehicle and has at least one mobile robot and/or one obot arm , wherein a tool for identifying dirt is arranged on the mobile robot and/or robot arm , characterized in that the tool has at least one light source which is designed to emit light of different wavelengths and an optical sensor which is designed to detect signals in an adjustable wavelength range, the at least one optical sensor is designed to detect a degree of reflection of light of different wavelengths emitted by the light source on at least one surface of a vehicle component .
A method of providing a source of secondary imaging of a moving anatomical object of interest of a patient , the method comprising: receiving a series of ultrasound images representative of an area containing the anatomical object, the images corresponding to different time points over an imaging period; determining for each ultrasound image a displacement , within a frame of reference fixed with respect to the ultrasound imaging field of view, of a pre-defined reference point fixed with respect to the anatomical object ; accessing a dataset comprising a set of reference images representative of the anatomical object in different movement positions, the reference images corresponding to a different imaging modality to the ultrasound images, and wherein each reference image is associated in the dataset with a corresponding recorded displacement of said reference point within a frame of reference fixed with respect to the reference imaging field of view; selecting, for each received ultrasound image , at least one of the reference images based on the determined displacement of the reference point in the received image; and generating for each received ultrasound image an output representative of the selected reference image, the output providing a source of secondary imaging. receiving a series of ultrasound images representative of an area containing the anatomical object, the images corresponding to different time points over an imaging period; determining for each ultrasound image a displacement , within a frame of reference fixed with respect to the ultrasound imaging field of view, of a pre-defined reference point fixed with respect to the anatomical object ; accessing a dataset comprising a set of reference images representative of the anatomical object in different movement positions, the reference images corresponding to a different imaging modality to the ultrasound images, and wherein each reference image is associated in the dataset with a corresponding recorded displacement of said reference point within a frame of reference fixed with respect to the reference imaging field of view; selecting, for each received ultrasound image , at least one of the reference images based on the determined displacement of the reference point in the received image; and generating for each received ultrasound image an output representative of the selected reference image, the output providing a source of secondary imaging.
A nutritional composition, which is an infant formula, a follow on formula or a young child formula, comprising digestible carbohydrates, protein, lipid, urea and non-digestible oligosaccharides, wherein the urea is present in an amount of a. at least 1.13 wt%, preferably 1.13 to 5.6 wt%, based on total protein, b. at least 0.11 wt%, preferably 0.11 to 0.55 wt%, based on dry weight of the composition, and/or c. at least 15 mg, preferably 15 to 75 mg, per 100 ml, and non-digestible oligosaccharides are present in an amount of d. at least 1.5 wt%, preferably 1.5 to 15 wt%, based on dry weight of the composition, and/or e. at least 0.2 g, preferably 0.2 to 2 g, per 100 ml. a. at least 1.13 wt%, preferably 1.13 to 5.6 wt%, based on total protein, b. at least 0.11 wt%, preferably 0.11 to 0.55 wt%, based on dry weight of the composition, and/or c. at least 15 mg, preferably 15 to 75 mg, per 100 ml, and non-digestible oligosaccharides are present in an amount of d. at least 1.5 wt%, preferably 1.5 to 15 wt%, based on dry weight of the composition, and/or e. at least 0.2 g, preferably 0.2 to 2 g, per 100 ml.
A ligament construct for fixation within a bone tunnel, comprising: a first button having a first configuration; a second button having a second configuration different from the first configuration, wherein the second button includes laterally arranged end slots; a continuous loop of flexible material attached to the first button and attachable to the second button and that includes an adjustable length and at least two discrete splices that allow adjustment of the ligament construct in one direction while locking the ligament construct in the opposite direction; wherein the laterally arranged end slots are adapted for attaching and detaching the second button from the continuous loop, a PCL graft secured to the first button ; and a suture that secures the PCL graft to the first button . a first button having a first configuration; a second button having a second configuration different from the first configuration, wherein the second button includes laterally arranged end slots; a continuous loop of flexible material attached to the first button and attachable to the second button and that includes an adjustable length and at least two discrete splices that allow adjustment of the ligament construct in one direction while locking the ligament construct in the opposite direction; wherein the laterally arranged end slots are adapted for attaching and detaching the second button from the continuous loop, a PCL graft secured to the first button ; and a suture that secures the PCL graft to the first button .
An ophthalmological apparatus comprising: a light beam projecting system that includes an optical scanner and configured to project a light beam onto a fundus of a subject's eye; a fixation system configured to project fixation light onto the fundus; a photographing device configured to capture a moving image of the fundus onto which the fixation light is being projected to acquire a front observation image; analyzing circuitry configured to analyse the front observation image to specify a position of a predetermined site of the fundus, wherein the predetermined site is at least one of a macula and an optic nerve head; and controlling circuitry configured to control at least one of the fixation system and the optical scanner based on a positional relationship between the position of the predetermined site specified by the analyzing circuitry and a projection target area of the light beam from the light beam projecting system , wherein the controlling circuitry is configured to display the front observation image on a display device , and to display an image indicating the projection target area of the light beam, an image representing the position of the predetermined site, and an image based on the positional relationship between the position of the predetermined site and the projection target area over the front observation image. a light beam projecting system that includes an optical scanner and configured to project a light beam onto a fundus of a subject's eye; a fixation system configured to project fixation light onto the fundus; a photographing device configured to capture a moving image of the fundus onto which the fixation light is being projected to acquire a front observation image; analyzing circuitry configured to analyse the front observation image to specify a position of a predetermined site of the fundus, wherein the predetermined site is at least one of a macula and an optic nerve head; and controlling circuitry configured to control at least one of the fixation system and the optical scanner based on a positional relationship between the position of the predetermined site specified by the analyzing circuitry and a projection target area of the light beam from the light beam projecting system , wherein the controlling circuitry is configured to display the front observation image on a display device , and to display an image indicating the projection target area of the light beam, an image representing the position of the predetermined site, and an image based on the positional relationship between the position of the predetermined site and the projection target area over the front observation image.
An electric connection device, comprising: a probe ; a probe head that holds the probe ; and an electrode substrate on which an electrode pad to be connected to a proximal end of the probe is provided, wherein the probe head is provided with a plurality of guide pins for alignment of the probe head and the electrode substrate , and wherein the electrode substrate is provided with a guide hole group composed of a plurality of guide holes corresponding to the plurality of guide pins, and the guide hole group being corresponding to each of the guide pins , characterized in that the guide hole group is composed of a reference guide hole located at a design reference position and a plurality of the spare guide holes (151-154) located around the reference guide hole , wherein the relative positions of the reference guide hole and the spare guide holes (151-154) are determined considering the expected amounts of displacement of the reference guide hole and the corresponding guide pin from the design reference position thereof. a probe ; a probe head that holds the probe ; and an electrode substrate on which an electrode pad to be connected to a proximal end of the probe is provided, wherein the probe head is provided with a plurality of guide pins for alignment of the probe head and the electrode substrate , and wherein the electrode substrate is provided with a guide hole group composed of a plurality of guide holes corresponding to the plurality of guide pins, and the guide hole group being corresponding to each of the guide pins , characterized in that the guide hole group is composed of a reference guide hole located at a design reference position and a plurality of the spare guide holes (151-154) located around the reference guide hole , wherein the relative positions of the reference guide hole and the spare guide holes (151-154) are determined considering the expected amounts of displacement of the reference guide hole and the corresponding guide pin from the design reference position thereof.
A door opening/closing apparatus comprising: at least two hinges ; and a connecting bar configured to be connected to the at least two hinges , wherein each hinge includes a main body-side member configured to be mounted on an inner surface of a main body ; a door-side member configured to be mounted on the back of a door ; a main arm configured to be pivotably connected to the main body-side member and the door-side member ; a first link configured to be pivotably connected to the main body-side member and the door-side member ; and a second link configured to be pivotably connected to the main body-side member and the door-side member , three first shafts about which the main arm , the first link , and the second link pivot relative to the main body-side member are placed on vertices of a triangle in axial view, three second shafts about which the main arm , the first link , and the second link pivot relative to the door-side member are placed on vertices of a triangle in the axial view, the main arm includes a bent portion , the door opening/closing apparatus causes the door to move parallel to itself between a closed position and an open position, characterized in that the connecting bar is mounted on a door side of the main arm , and the center (B) of the connecting bar in a width direction thereof is placed on the second shaft side relative to the center (C) between the first shaft of the main arm and the second shaft of the main arm in a front view (A) of the door in a state where the door is in the closed position. at least two hinges ; and a connecting bar configured to be connected to the at least two hinges , wherein each hinge includes a main body-side member configured to be mounted on an inner surface of a main body ; a door-side member configured to be mounted on the back of a door ; a main arm configured to be pivotably connected to the main body-side member and the door-side member ; a first link configured to be pivotably connected to the main body-side member and the door-side member ; and a second link configured to be pivotably connected to the main body-side member and the door-side member , three first shafts about which the main arm , the first link , and the second link pivot relative to the main body-side member are placed on vertices of a triangle in axial view, three second shafts about which the main arm , the first link , and the second link pivot relative to the door-side member are placed on vertices of a triangle in the axial view, the main arm includes a bent portion , the door opening/closing apparatus causes the door to move parallel to itself between a closed position and an open position, characterized in that the connecting bar is mounted on a door side of the main arm , and the center (B) of the connecting bar in a width direction thereof is placed on the second shaft side relative to the center (C) between the first shaft of the main arm and the second shaft of the main arm in a front view (A) of the door in a state where the door is in the closed position.
Use in vitro, ex vivo or in vivo, as a research tool for screening molecules of therapeutic interest, of a Nox protein comprising: - a domain comprising from 3 to 7 transmembrane helices; and having an amino acids sequence comprising: - at least 2 bis-histidyl motifs, each of the bis-histidyl motifs consisting of 2 histidine residues separated by 12, 13 or 14 amino acid residues, said 2 bis-histidyl motifs being located in the membrane part and separated by a transmembrane helix, and - at least one first motif consisting of the sequence: [G/S/A]-[Q/D]-F-[A/V/T/L/F]-[F/Y/W/L/R]-[L/V/I/F/W] (SEQ ID NO: 1), and - at least one second motif consisting of the sequence: [P/A/S/E/F]-H-[P/S/A]-F-[T/S]-[L/I/M/V] (SEQ ID NO: 2) and - at least one third motif consisting of the sequence: [K/R]-X-X-G-[D/G]-X-[T/S] (SEQ ID NO: 3), wherein X represents any naturally occurring amino acid, and - at least one fourth motif consisting of the sequence: G-[I/S/V/L]-G-[V/I/A/F]-[T/A/S]-[P/Y/T/A] (SEQ ID NO: 4) wherein said Nox protein is not used in vivo in humans. - a domain comprising from 3 to 7 transmembrane helices; - at least 2 bis-histidyl motifs, each of the bis-histidyl motifs consisting of 2 histidine residues separated by 12, 13 or 14 amino acid residues, said 2 bis-histidyl motifs being located in the membrane part and separated by a transmembrane helix, and - at least one first motif consisting of the sequence: [G/S/A]-[Q/D]-F-[A/V/T/L/F]-[F/Y/W/L/R]-[L/V/I/F/W] (SEQ ID NO: 1), and - at least one second motif consisting of the sequence: [P/A/S/E/F]-H-[P/S/A]-F-[T/S]-[L/I/M/V] (SEQ ID NO: 2) and - at least one third motif consisting of the sequence: [K/R]-X-X-G-[D/G]-X-[T/S] (SEQ ID NO: 3), wherein X represents any naturally occurring amino acid, and - at least one fourth motif consisting of the sequence: G-[I/S/V/L]-G-[V/I/A/F]-[T/A/S]-[P/Y/T/A] (SEQ ID NO: 4)
A sensing device comprising: a rotor ; and a stator in which the rotor is disposed, wherein the stator includes stator teeth and a stator body , the stator teeth include first stator teeth and second stator teeth , the second stator teeth being disposed at a radial distance from a center of the stator that is smaller than a radial distance between the first stator teeth and said center of the stator, at least one of the first stator teeth and the second stator teeth includes tips protruding toward a central shaft of the stator , and the tips are disposed on one surface of the stator body . a rotor ; and a stator in which the rotor is disposed, wherein the stator includes stator teeth and a stator body , the stator teeth include first stator teeth and second stator teeth , the second stator teeth being disposed at a radial distance from a center of the stator that is smaller than a radial distance between the first stator teeth and said center of the stator, at least one of the first stator teeth and the second stator teeth includes tips protruding toward a central shaft of the stator , and the tips are disposed on one surface of the stator body .
A system comprising: a hardware processing unit ; and a storage resource storing computer-readable instructions which, when executed by the hardware processing unit, cause the hardware processing unit to: detect a network disruption that impacts receipt of one or more actual user inputs from a client device to a streaming interactive application; obtain at least one of video, audio, or haptic output streamed by the streaming interactive application to the client device; using previously received actual user inputs sent from the client device to the streaming interactive application and the at least one of video, audio, or haptic output streamed by the streaming interactive application to the client device, generate automated user inputs; and responsive to detecting the network disruption, substitute the automated user inputs for the one or more actual user inputs to the streaming interactive application. a hardware processing unit ; and a storage resource storing computer-readable instructions which, when executed by the hardware processing unit, cause the hardware processing unit to: detect a network disruption that impacts receipt of one or more actual user inputs from a client device to a streaming interactive application; obtain at least one of video, audio, or haptic output streamed by the streaming interactive application to the client device; using previously received actual user inputs sent from the client device to the streaming interactive application and the at least one of video, audio, or haptic output streamed by the streaming interactive application to the client device, generate automated user inputs; and responsive to detecting the network disruption, substitute the automated user inputs for the one or more actual user inputs to the streaming interactive application. detect a network disruption that impacts receipt of one or more actual user inputs from a client device to a streaming interactive application; obtain at least one of video, audio, or haptic output streamed by the streaming interactive application to the client device; using previously received actual user inputs sent from the client device to the streaming interactive application and the at least one of video, audio, or haptic output streamed by the streaming interactive application to the client device, generate automated user inputs; and responsive to detecting the network disruption, substitute the automated user inputs for the one or more actual user inputs to the streaming interactive application.
A computer-implemented method for adjusting a plurality of images on a display, the plurality of images comprising at least a first image and second image , each image being mapped from a high dynamic range to a smaller range of intensity values by having an adjustable width range of intensity values being a window parameter and an adjustable center of the range of the intensity values being a level parameter, the method comprising: displaying the first image and the second image overlaid on top of each other in a blended view on the display according to an initial transparency blending factor value between a first value and a second value, where, when the transparency blending factor has a first value the first image is fully opaque and the second image is fully transparent, and when the transparency blending factor has a second value the first image is fully transparent and the second image is fully opaque ; upon a user adjusting the window and/or level parameters of the first image , causing the transparency blending factor to change to display only the first image , the transparency blending factor resetting back to the initial transparency blending factor value to display both the first and second images in the blended view upon the user adjustment of the first image window/level parameters ending; and upon a user adjusting the window/level parameters of the second image , causing the transparency blending factor to change to display only the second image , the transparency blending resetting back to the initial transparency blending factor value that displays both the first and second images in the blended view upon adjustment of the second image window and/or level parameters ending. displaying the first image and the second image overlaid on top of each other in a blended view on the display according to an initial transparency blending factor value between a first value and a second value, where, when the transparency blending factor has a first value the first image is fully opaque and the second image is fully transparent, and when the transparency blending factor has a second value the first image is fully transparent and the second image is fully opaque ; upon a user adjusting the window and/or level parameters of the first image , causing the transparency blending factor to change to display only the first image , the transparency blending factor resetting back to the initial transparency blending factor value to display both the first and second images in the blended view upon the user adjustment of the first image window/level parameters ending; and upon a user adjusting the window/level parameters of the second image , causing the transparency blending factor to change to display only the second image , the transparency blending resetting back to the initial transparency blending factor value that displays both the first and second images in the blended view upon adjustment of the second image window and/or level parameters ending.
A method for processing frequency offset, characterized by comprising: obtaining a current frequency offset state, wherein the current frequency offset state comprises: a current antenna state and a current half-frame number; determining whether the current frequency offset state is consistent with a historical effective frequency offset state; wherein the historical effective frequency offset state is a frequency offset state corresponding to a correct decoding result; if it is determined yes, performing a pre-compensation to a fine frequency offset estimation according to the historical effective frequency offset state. obtaining a current frequency offset state, wherein the current frequency offset state comprises: a current antenna state and a current half-frame number; determining whether the current frequency offset state is consistent with a historical effective frequency offset state; wherein the historical effective frequency offset state is a frequency offset state corresponding to a correct decoding result; if it is determined yes, performing a pre-compensation to a fine frequency offset estimation according to the historical effective frequency offset state.