mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging system for a vehicle, comprising: an imager configured to image a scene external and forward of the vehicle and to generate image data corresponding to the acquired images; and a controller configured to: a) receive the image data and detect objects of interest in the image data; b) compute the difference between the average vertical position in the current frame and the average vertical position in the previous frame for the detected objects of interest appearing in a sequence of consecutive image frames defined as a current frame and a previous frame; c) compute the change in vertical position of each detected object of interest between the current and previous frames and compute an average common change in vertical position for only the objects of interest appearing in the successive frames and having a common change in a vertical position; and d) compute a weighted average indicating the relative motion between the imager and the imaged scene in the vertical direction, wherein the weighted average is calculated between said computed difference between the average vertical positions and the average common change. an imager configured to image a scene external and forward of the vehicle and to generate image data corresponding to the acquired images; and a controller configured to: a) receive the image data and detect objects of interest in the image data; b) compute the difference between the average vertical position in the current frame and the average vertical position in the previous frame for the detected objects of interest appearing in a sequence of consecutive image frames defined as a current frame and a previous frame; c) compute the change in vertical position of each detected object of interest between the current and previous frames and compute an average common change in vertical position for only the objects of interest appearing in the successive frames and having a common change in a vertical position; and d) compute a weighted average indicating the relative motion between the imager and the imaged scene in the vertical direction, wherein the weighted average is calculated between said computed difference between the average vertical positions and the average common change. a) receive the image data and detect objects of interest in the image data; b) compute the difference between the average vertical position in the current frame and the average vertical position in the previous frame for the detected objects of interest appearing in a sequence of consecutive image frames defined as a current frame and a previous frame; c) compute the change in vertical position of each detected object of interest between the current and previous frames and compute an average common change in vertical position for only the objects of interest appearing in the successive frames and having a common change in a vertical position; and d) compute a weighted average indicating the relative motion between the imager and the imaged scene in the vertical direction, wherein the weighted average is calculated between said computed difference between the average vertical positions and the average common change.
A system , comprising: an x-ray emitter configured to emit X-ray beams and having a field of view; an optical camera having a field of view that at least partially overlaps the field of view of the x-ray emitter, wherein the optical camera is configured to capture a patient image , wherein the patient image depicts a patient body part ; a monitor adapted to display an image of the patient's body part that is within the optical camera's field of view; and characterised by comprising a processor in communication with the optical camera and the monitor, the processor having a memory within which a plurality of reference images are stored, each reference image depicting an exemplary body part , wherein the processor is configured to compare the position of the patient body part depicted in the patient image to the position of the exemplary body part depicted within the selected reference image , wherein the processor is configured to provide a positive or negative notification based on the comparison, wherein the positive or negative notification is provided using a visual aid, wherein the processor is configured to scale the size of the exemplary body part depicted within the reference image to compare the position of the patient body part to the position of the exemplary body part , wherein the positive or negative notification is provided using a visual aid in conjunction with the displayed image of the patient's body part, and further wherein the patient image and reference image are shown side-by-side on the monitor. an x-ray emitter configured to emit X-ray beams and having a field of view; an optical camera having a field of view that at least partially overlaps the field of view of the x-ray emitter, wherein the optical camera is configured to capture a patient image , wherein the patient image depicts a patient body part ; a monitor adapted to display an image of the patient's body part that is within the optical camera's field of view; and characterised by comprising a processor in communication with the optical camera and the monitor, the processor having a memory within which a plurality of reference images are stored, each reference image depicting an exemplary body part , wherein the processor is configured to compare the position of the patient body part depicted in the patient image to the position of the exemplary body part depicted within the selected reference image , wherein the processor is configured to provide a positive or negative notification based on the comparison, wherein the positive or negative notification is provided using a visual aid, wherein the processor is configured to scale the size of the exemplary body part depicted within the reference image to compare the position of the patient body part to the position of the exemplary body part , wherein the positive or negative notification is provided using a visual aid in conjunction with the displayed image of the patient's body part, and further wherein the patient image and reference image are shown side-by-side on the monitor.
A method of forming a contact to an ultraviolet (UV) light-emitting device , the method comprising: providing a substrate having an Al y Ga 1-y N top surface, wherein y ≥ 0.4; forming an active, light-emitting device structure over the substrate, the device structure comprising a plurality of layers each comprising Al x Ga 1-x N; forming an undoped graded Al 1-z Ga z N layer over the device structure, a composition of the graded layer being graded in Ga concentration z such that the Ga concentration z increases in a direction away from the light-emitting device structure; forming over the graded layer a p-doped Al 1-w Ga w N cap layer 1 having (i) a thickness between 2 nm and 30 nm, (ii) a surface roughness of less than 6 nm over a sample size of 200 μm × 300 μm, and (iii) a Ga concentration w ≥ 0.8; and forming over the Al 1-w Ga w N cap layer a metallic contact comprising at least one metal, the metallic contact having a contact resistivity to the Al 1-w Ga w N cap layer of less than 1.0 mΩ-cm 2 . providing a substrate having an Al y Ga 1-y N top surface, wherein y ≥ 0.4; forming an active, light-emitting device structure over the substrate, the device structure comprising a plurality of layers each comprising Al x Ga 1-x N; forming an undoped graded Al 1-z Ga z N layer over the device structure, a composition of the graded layer being graded in Ga concentration z such that the Ga concentration z increases in a direction away from the light-emitting device structure; forming over the graded layer a p-doped Al 1-w Ga w N cap layer 1 having (i) a thickness between 2 nm and 30 nm, (ii) a surface roughness of less than 6 nm over a sample size of 200 μm × 300 μm, and (iii) a Ga concentration w ≥ 0.8; and forming over the Al 1-w Ga w N cap layer a metallic contact comprising at least one metal, the metallic contact having a contact resistivity to the Al 1-w Ga w N cap layer of less than 1.0 mΩ-cm 2 .
An aircraft wing spar comprising: a web at a central portion of the wing spar, the web having a length that extends along a length of the wing spar, the web being comprised of only pre-preg fabric; a first spar cap on a first edge of the web, the first spar cap having a length that extends along the length of the web, the first spar cap being comprised of the pre-preg fabric of the web and pre-preg tape; and, a second spar cap on a second edge of the web, the second spar cap having a length that extends along the length of the web, the second spar cap being comprised of the pre-preg fabric of the web and pre-preg tape; wherein the pre-preg tape is unidirectional pre-preg tape that is oriented along the length of the first spar cap and the length of the second spar cap, and wherein the aircraft wing spar has a C-channel cross-section configuration. a web at a central portion of the wing spar, the web having a length that extends along a length of the wing spar, the web being comprised of only pre-preg fabric; a first spar cap on a first edge of the web, the first spar cap having a length that extends along the length of the web, the first spar cap being comprised of the pre-preg fabric of the web and pre-preg tape; and, a second spar cap on a second edge of the web, the second spar cap having a length that extends along the length of the web, the second spar cap being comprised of the pre-preg fabric of the web and pre-preg tape; wherein the pre-preg tape is unidirectional pre-preg tape that is oriented along the length of the first spar cap and the length of the second spar cap, and wherein the aircraft wing spar has a C-channel cross-section configuration.
A system for mechanically moving components , comprising: a lug mounted to a component to be lifted; and a clasp to connect the lug to lifting machinery , the clasp including a body configured to receive the lug and also including a lever ; wherein the lever has a first end region opposite a second end region , the first end region being configured to be connected to the lifting machinery , and the second end region being pivotably connected to the body to define a pivot axis , the lever being configured to support the body when the clasp is supported by the lifting machinery and to rotate with respect to the body about the pivot axis , in response to force applied to the first end region of the lever by the lifting machinery , said lever being configured to move between (a) an open position that allows removal of the lug from the body when the lever is not supporting the body and (b) a closed position in which the lever obstructs removal of the lug from the body when the lever is supporting the body ; wherein a first subregion of the second end region of the lever is aligned with the lug in the open position, and characterized in that a second subregion of the second end region of the lever is aligned with the in the closed position and has a larger radius than the first subregion , such that the second subregion obstructs removal of the lug from the body . a lug mounted to a component to be lifted; and a clasp to connect the lug to lifting machinery , the clasp including a body configured to receive the lug and also including a lever ; wherein the lever has a first end region opposite a second end region , the first end region being configured to be connected to the lifting machinery , and the second end region being pivotably connected to the body to define a pivot axis , the lever being configured to support the body when the clasp is supported by the lifting machinery and to rotate with respect to the body about the pivot axis , in response to force applied to the first end region of the lever by the lifting machinery , said lever being configured to move between (a) an open position that allows removal of the lug from the body when the lever is not supporting the body and (b) a closed position in which the lever obstructs removal of the lug from the body when the lever is supporting the body ; wherein a first subregion of the second end region of the lever is aligned with the lug in the open position, and characterized in that a second subregion of the second end region of the lever is aligned with the in the closed position and has a larger radius than the first subregion , such that the second subregion obstructs removal of the lug from the body .
Shoe intended to cooperate with a machine by a pedalling action, the shoe comprising a base that extends length-wise from a rear end to a front end , width-wise between a lateral edge and a medial edge , and in terms of thickness between a face for cooperating with the machine and an internal face , the base having, from the rear end to the front end , a rear zone , a central zone , a metatarsal zone and a front zone , the shoe comprising a lateral wall , a medial wall , a rear wall and a front wall ; the rear wall , lateral wall , front wall and medial wall forming a peripheral belt and each being directly secured to the base, wherein the base , the lateral wall , the medial wall , the rear wall and the front wall constitute a part of which the structure is continuous and are rigid subdivisions of the shoe such that they prevent any bending of the shoe along a transverse axis thereof, the axis being parallel to the base, and in that at least one of the walls has orifices .
Method for monitoring the function of a cooling system of a magnetic resonance device , having a plurality of components cooled by the cooling system and temperature sensors that can be at least partially associated with the components , characterised in that for monitoring the function of the cooling system in respect of at least one of the components , in which a power input occurs, - a start temperature of the components is determined immediately before the start of the power input by means of at least one temperature sensor associated with the components , - at least one comparison variable that describes a reference temperature change due to the power input is determined from the start temperature, - a measured variable that describes temperature change that actually occurs due to the power input is measured by means of the at least one temperature sensor associated with the component , and - the measured variable is compared with the comparison variable, wherein when an action criterion that evaluates at least the current comparison result is fulfilled, an action associated with the action criterion is carried out and/or the comparison result is logged by storage for subsequent evaluation. - a start temperature of the components is determined immediately before the start of the power input by means of at least one temperature sensor associated with the components , - at least one comparison variable that describes a reference temperature change due to the power input is determined from the start temperature, - a measured variable that describes temperature change that actually occurs due to the power input is measured by means of the at least one temperature sensor associated with the component , and - the measured variable is compared with the comparison variable, wherein when an action criterion that evaluates at least the current comparison result is fulfilled, an action associated with the action criterion is carried out and/or the comparison result is logged by storage for subsequent evaluation.
A system for dispensing a frozen confection , the system comprising: (i) a cartridge comprising: - a tubular body extending from an open end to a dispensing end - a piston slidable within the tubular body , - an end piece being a substantially planar disc, formed from cardboard and closing the dispensing end of the tubular body and comprising a dispensing aperture , and - frozen confection contained within the tubular body between the piston and the end piece; and (ii) a device comprising: - a seat for locating the cartridge in or on the device ; and - a plunger positioned for entering the cartridge through the open end of the tubular body with the cartridge located in the seat , and for engaging with the piston and moving the piston towards the end piece thereby creating a dispensing force to urge the frozen confection out of the dispensing aperture ; wherein the seat of the device comprises an annular plate that supports the end piece of the cartridge against the dispensing force. (i) a cartridge comprising: - a tubular body extending from an open end to a dispensing end - a piston slidable within the tubular body , - an end piece being a substantially planar disc, formed from cardboard and closing the dispensing end of the tubular body and comprising a dispensing aperture , and - frozen confection contained within the tubular body between the piston and the end piece; and - a tubular body extending from an open end to a dispensing end - a piston slidable within the tubular body , - an end piece being a substantially planar disc, formed from cardboard and closing the dispensing end of the tubular body and comprising a dispensing aperture , and - frozen confection contained within the tubular body between the piston and the end piece; and (ii) a device comprising: - a seat for locating the cartridge in or on the device ; and - a plunger positioned for entering the cartridge through the open end of the tubular body with the cartridge located in the seat , and for engaging with the piston and moving the piston towards the end piece thereby creating a dispensing force to urge the frozen confection out of the dispensing aperture ; - a seat for locating the cartridge in or on the device ; and - a plunger positioned for entering the cartridge through the open end of the tubular body with the cartridge located in the seat , and for engaging with the piston and moving the piston towards the end piece thereby creating a dispensing force to urge the frozen confection out of the dispensing aperture ; the tubular body with the cartridge located in the seat , and for engaging with the piston and moving the piston towards the end piece thereby creating a dispensing force to urge the frozen confection out of the dispensing aperture ;
A belt-driven escalator comprising: a plurality of escalator steps arranged to travel along an inclined conveyance path ; a drive belt connected to the plurality of escalator steps ; and a drive system arranged to drive the drive belt so as to propel the plurality of escalator steps along the inclined conveyance path ; characterised by : a belt support structure comprising at least one belt wheel arranged to support the drive belt so as to support the plurality of escalator steps . a plurality of escalator steps arranged to travel along an inclined conveyance path ; a drive belt connected to the plurality of escalator steps ; and a drive system arranged to drive the drive belt so as to propel the plurality of escalator steps along the inclined conveyance path ; characterised by : a belt support structure comprising at least one belt wheel arranged to support the drive belt so as to support the plurality of escalator steps .
Thermoformed sound protection element - in particular in the form of a soundproof deck or a boot side lining - for a motor vehicle, said element comprising two fibrous, porous face and back layers - in particular in the form of a carpet, felt or non-woven, said element being characterised in that it has in the front view: - a heavy zone , of high sound protection, comprising a first intermediate layer made from crushed recycled material disposed between said fibrous layers, - at least one light zone of low sound protection, comprising a second intermediate layer made from crushed recycled material disposed between said fibrous layers, said second layer having a surface mass less than that of said first layer, so as to form a light zone of a first type . - a heavy zone , of high sound protection, comprising a first intermediate layer made from crushed recycled material disposed between said fibrous layers, - at least one light zone of low sound protection, comprising a second intermediate layer made from crushed recycled material disposed between said fibrous layers, said second layer having a surface mass less than that of said first layer, so as to form a light zone of a first type .
An intermediate unit comprising: a transportation path along which a medium (M), on which printing has been performed by a printing unit that performs printing on the medium by using liquid, can be transported to a post processing unit that performs post processing on the medium; wherein the transportation path is provided with a drying unit for accelerating the drying of the medium, and wherein the transportation path is provided with an inversion path in which the medium is inverted upside down; characterized in that : a plurality of the inversion paths are provided, and wherein the drying unit is provided in a specific inversion path of the plurality of the inversion paths. a transportation path along which a medium (M), on which printing has been performed by a printing unit that performs printing on the medium by using liquid, can be transported to a post processing unit that performs post processing on the medium; wherein the transportation path is provided with a drying unit for accelerating the drying of the medium, and wherein the transportation path is provided with an inversion path in which the medium is inverted upside down; characterized in that : a plurality of the inversion paths are provided, and wherein the drying unit is provided in a specific inversion path of the plurality of the inversion paths. a plurality of the inversion paths are provided, and wherein the drying unit is provided in a specific inversion path of the plurality of the inversion paths.
A method of using a three-core cable for transmission of both dc and ac power, the method comprising: transmitting dc current along a first core ; and transmitting the return dc current along a second core ; characterised in that each of the three cores is provided with a conductive sheath , and the method comprises: transmitting ac current along the third core ; and transmitting the return ac current along all three conductive sheaths in parallel. transmitting dc current along a first core ; and transmitting the return dc current along a second core ; transmitting ac current along the third core ; and transmitting the return ac current along all three conductive sheaths in parallel.