mhurhangee/patent-ind-claim-en huggingface dataset:
A method for identifying marker associated points in an image, the method executed by an imaging system including a computed tomography scanner , a computer with an electronic processing unit , and a memory module storing a marker point identification module executable by the electronic processing unit , the method comprising: obtaining, at the computer , an image based on image data generated by the computed tomography scanner ; applying, with the electronic processing unit , a two-dimensional high-pass filter with compensation for the exponential nature of x-ray attenuation to the image to suppress background and, thereby, create a background suppressed image; and extracting, with the electronic processing unit , marker associated points from the background suppressed image, wherein applying the two-dimensional high-pass filter to the image includes sequentially applying, for two or more filtering directions, a one-dimensional high-pass filter, each one-dimensional high-pass filter including performing one-dimensional low-pass filtering on an input image to create a filtered image and dividing the filtered image by the input image to create an output image to compensate for an exponential nature of x-ray attenuation ; wherein the image is the input image to a first of the one-dimensional high-pass filters; and wherein the input image to each subsequent application of the one-dimensional high-pass filters is the output image of a respective preceding application of the one-dimensional high-pass filters. obtaining, at the computer , an image based on image data generated by the computed tomography scanner ; applying, with the electronic processing unit , a two-dimensional high-pass filter with compensation for the exponential nature of x-ray attenuation to the image to suppress background and, thereby, create a background suppressed image; and extracting, with the electronic processing unit , marker associated points from the background suppressed image, wherein applying the two-dimensional high-pass filter to the image includes sequentially applying, for two or more filtering directions, a one-dimensional high-pass filter, each one-dimensional high-pass filter including performing one-dimensional low-pass filtering on an input image to create a filtered image and dividing the filtered image by the input image to create an output image to compensate for an exponential nature of x-ray attenuation ; wherein the image is the input image to a first of the one-dimensional high-pass filters; and wherein the input image to each subsequent application of the one-dimensional high-pass filters is the output image of a respective preceding application of the one-dimensional high-pass filters.
A method of auxiliary comparison of eyebrow shapes applied to a body information analysis apparatus , comprising following steps of: a) controlling an image capture module of the body information analysis apparatus to capture a face image (51-53); characterized in that : b) controlling a process unit of the body information analysis apparatus to execute a face analysis process to the face image (51-53) for recognizing a plurality of eyebrow feature points (61,64-69) of an eyebrow image (71-76) on one side of the face image (51-53), wherein the eyebrow feature points (61,64-69) respectively correspond to a plurality of different features of an eyebrow; c) executing a mirror process to the eyebrow feature points (61,64-69) based on a symmetrical auxiliary line of the face image (51-53) for obtaining a plurality of mirror feature points (61',67-69') at the process unit , wherein the mirror feature points (61',67'-69') and the eyebrow feature points (61,64-69) are respectively located at different sides of the symmetrical auxiliary line ; d) connecting the mirror feature points (61',67'-69') to render a mirror eyebrow shape pattern ; e) calculating a projection position of the mirror eyebrow shape pattern based on the symmetrical auxiliary line according to a position of the eyebrow image (71-76) at the process unit , wherein the projection position is located at another side of the face image (51-53) referred to the symmetrical auxiliary line ; and f) controlling a display module of the body information analysis apparatus to display the face image (51-53) and display the mirror eyebrow shape pattern at the projection position simultaneously. a) controlling an image capture module of the body information analysis apparatus to capture a face image (51-53); b) controlling a process unit of the body information analysis apparatus to execute a face analysis process to the face image (51-53) for recognizing a plurality of eyebrow feature points (61,64-69) of an eyebrow image (71-76) on one side of the face image (51-53), wherein the eyebrow feature points (61,64-69) respectively correspond to a plurality of different features of an eyebrow; c) executing a mirror process to the eyebrow feature points (61,64-69) based on a symmetrical auxiliary line of the face image (51-53) for obtaining a plurality of mirror feature points (61',67-69') at the process unit , wherein the mirror feature points (61',67'-69') and the eyebrow feature points (61,64-69) are respectively located at different sides of the symmetrical auxiliary line ; d) connecting the mirror feature points (61',67'-69') to render a mirror eyebrow shape pattern ; e) calculating a projection position of the mirror eyebrow shape pattern based on the symmetrical auxiliary line according to a position of the eyebrow image (71-76) at the process unit , wherein the projection position is located at another side of the face image (51-53) referred to the symmetrical auxiliary line ; and f) controlling a display module of the body information analysis apparatus to display the face image (51-53) and display the mirror eyebrow shape pattern at the projection position simultaneously.
Cutting device, especially for a meat grinder, comprising - an outer ring with a starting diameter and a rotatable blade arranged inside the outer ring - whereby the blade is detachably held on the outer ring , - whereby the blade has a central hub provided with a bore for non-rotational mounting during a rotational movement in a direction of rotation (D) and a plurality of blade wings with double-sided cutting edges arranged around the hub and extending outwardly therefrom, - whereby the blade has a groove on the outside pointing in the direction of rotation, - whereby the outer ring is designed as an open ring, characterised in that - no screw connections are provided for the detachable mounting of the blade on the open outer ring , - in the assembled state, the blade is held rotatably on the outer ring by means of a form-fitting connection, i.e. the outer ring has a bead on its inner side - at least over a partial circumference - which interacts with the groove on the blade , and - the outer ring can be expanded and bent back into the initial diameter for replacing the blade . - an outer ring with a starting diameter and a rotatable blade arranged inside the outer ring - whereby the blade is detachably held on the outer ring , - whereby the blade has a central hub provided with a bore for non-rotational mounting during a rotational movement in a direction of rotation (D) and a plurality of blade wings with double-sided cutting edges arranged around the hub and extending outwardly therefrom, - whereby the blade has a groove on the outside pointing in the direction of rotation, - whereby the outer ring is designed as an open ring, characterised in that - no screw connections are provided for the detachable mounting of the blade on the open outer ring , - in the assembled state, the blade is held rotatably on the outer ring by means of a form-fitting connection, i.e. the outer ring has a bead on its inner side - at least over a partial circumference - which interacts with the groove on the blade , and - the outer ring can be expanded and bent back into the initial diameter for replacing the blade .
Method for an ultrasonic clamp-on flow measurement according to the time-of-flight principle, wherein four acoustic transducers (T1, T2, T3, T4) are arranged on a measurement pipe , characterized in that the at least four acoustic transducers (T1, T2, T3, T4) are actuated by means of a control device in such a way that the flow measurement is implemented consecutively in an X-arrangement and in reflection arrangements.
A light penetration depth evaluation method using an optical tomography method of splitting low coherent light (L o ) into sample light (L 1 ) and reference light (L 2 ), emitting the sample light (L 1 ) to a measurement target (S) in a line shape, generating interference light (L 4 ) by superimposing reflected light (L 3 ) from the measurement target (S) due to emission of the sample light (L 1 ) and the reference light (L 2 ) on each other, and acquiring a two-dimensional spectroscopic tomographic image of the measurement target (S) by spectroscopically detecting the interference light and performing frequency analysis, the method comprising: cutting out an arbitrary wavelength region in an ultraviolet region from low coherent light (L o ), which is emitted from a single light source and which includes a wavelength region from an ultraviolet region to a visible region, and shaping the arbitrary wavelength region into a spectrum having an arbitrary wavelength width; acquiring the two-dimensional spectroscopic tomographic image as using the low coherent light (L o ) in the arbitrary wavelength region having the spectrum; and evaluating a penetration depth of the sample light (L 1 ) for the measurement target (S) based on the two-dimensional spectroscopic tomographic image. cutting out an arbitrary wavelength region in an ultraviolet region from low coherent light (L o ), which is emitted from a single light source and which includes a wavelength region from an ultraviolet region to a visible region, and shaping the arbitrary wavelength region into a spectrum having an arbitrary wavelength width; acquiring the two-dimensional spectroscopic tomographic image as using the low coherent light (L o ) in the arbitrary wavelength region having the spectrum; and evaluating a penetration depth of the sample light (L 1 ) for the measurement target (S) based on the two-dimensional spectroscopic tomographic image.
Method for controlling the actual mass flow ( ṁ actual ) of material to be spread of at least one controllable metering element of a disc spreader comprising at least one spreader disc which is assigned to the metering element and is provided with at least one throwing blade , wherein a setpoint mass flow ( ṁ setpoint ) of material to be spread is determined depending on at least one parameter from the group - travel speed of the disc spreader; - setpoint spreading quantity per unit area; and - working width and this setpoint mass flow ( ṁ setpoint ) is input as reference variable to a computer-aided control device, wherein furthermore as control variable the torque (M), being representative of the actual mass flow ( ṁ actual ), of at least one shaft in a drivetrain of the spreader disc is determined by sensor, is communicated to the control device, and the actual mass flow ( ṁ actual ) is determined therefrom on the basis of at least one functional relationship between the torque (M) and the mass flow (ṁ) of material to be spread that impinges on the spreader disc , said at least one functional relationship being stored in the control device or in a storage device assigned thereto, whereupon the deviation of the actual mass flow ( ṁ actual ) of material to be spread from the setpoint mass flow of material to be spread (ṁ setpoint ) is determined and an actuating variable that is representative of the opening position of the metering element is generated in order to readjust the metering element to the setpoint mass flow ( ṁ setpoint ), wherein at least one inclination of the disc spreader about at least one horizontal axis (x, y) is determined and communicated to the control device, and the at least one functional relationship between the torque (M) and the mass flow ( ṁ ) of material to be spread that impinges on the spreader disc , said at least one functional relationship being stored in the control device or in the storage device assigned thereto, is modified depending on the inclination of the disc spreader about the at least one horizontal axis (x, y) in order to generate the actuating variable that is representative of the opening position of the metering element taking into account the inclination of the disc spreader . - travel speed of the disc spreader; - setpoint spreading quantity per unit area; and - working width
A polypropylene composition comprising an anhydride-grafted impact polypropylene copolymer (impact co-PP), wherein the weight percentage of grafted anhydride monomer (G) in the anhydride-grafted impact co-PP and the melt flow rate (M) of the anhydride-grafted impact co-PP are related by the equation (G/M)*100 ≤ 0.5, and preferably by the equations 0.2 ≤ (G/M)*100 ≤ 0.5; wherein the melt flow rate at 230°C under a 2.16 kg load is measured or calculated; and wherein the weight percentage is based on the total weight of the anhydride-grafted impact co-PP; and preferably wherein the at least one impact co-PP comprises 10 wt% or more of copolymerized units of ethylene, based on the total weight of the impact co-PP prior to grafting; wherein the grafted composition comprises from 0.5 wt% to 1.65 wt% of grafted anhydride units, based on the total weight of the anhydride-grafted impact co-PP.
Dressing mandrel having a shaft , which serves for the mounting of a circular tool with a through-passing concentric opening, in particular a grinding disk , and a first bearing , which is fixed on the housing of a dressing device and is located in a first end region of the dressing mandrel , wherein the shaft has a hydraulic clamping device , which extends through the opening in the circular tool and comprises a chamber with a hydraulic medium, which can be subjected to a preclamping pressure by means of a preclamping element , and wherein the hydraulic clamping device is formed from a clamping section , which, in a radial direction, is located above the chamber and of which the outer surface forms the clamping face and which bulges outwardly in a radial direction on an increase of the hydraulic pressure in the chamber , such that a radial clamping force is exerted on the inner surface of the concentric opening of the circular tool, through which the clamping section passes, characterised in that the clamping section is held in the shaft at both sides, that is to say with one side facing the first bearing as well as with one side facing away from the first bearing . wherein the shaft has a hydraulic clamping device , which extends through the opening in the circular tool and comprises a chamber with a hydraulic medium, which can be subjected to a preclamping pressure by means of a preclamping element , and wherein the hydraulic clamping device is formed from a clamping section , which, in a radial direction, is located above the chamber and of which the outer surface forms the clamping face and which bulges outwardly in a radial direction on an increase of the hydraulic pressure in the chamber , such that a radial clamping force is exerted on the inner surface of the concentric opening of the circular tool, through which the clamping section passes, characterised in that the clamping section is held in the shaft at both sides, that is to say with one side facing the first bearing as well as with one side facing away from the first bearing .
A high-pressure fuel supply pump, comprising: a discharge valve disposed on a discharge side of a pressurizing chamber ; a discharge valve seat adapted to close a discharge side flow passage of the pressurizing chamber by seating the discharge valve; and a discharge valve spring adapted to press the discharge valve toward the discharge valve seat, characterized in that in a case where a minimum seat diameter of a seat portion in which the discharge valve is seated on the discharge valve seat is set to D and a spring force of the discharge valve spring at a time of setting is set to F, the spring force F is made smaller than a spring force of a suction valve biasing spring adapted to press a suction valve for sucking fuel in a direction opposite to the pressurizing chamber and a coefficient K obtained by dividing the spring force F by the minimum seat diameter D is set to be 0.2 N/mm or more such that a fuel pressure generated on the discharge side of the pressurizing chamber becomes a value equal to or more than a saturated vapor pressure of fuel after the discharge valve is closed. a discharge valve disposed on a discharge side of a pressurizing chamber ; a discharge valve seat adapted to close a discharge side flow passage of the pressurizing chamber by seating the discharge valve; and a discharge valve spring adapted to press the discharge valve toward the discharge valve seat, characterized in that in a case where a minimum seat diameter of a seat portion in which the discharge valve is seated on the discharge valve seat is set to D and a spring force of the discharge valve spring at a time of setting is set to F, the spring force F is made smaller than a spring force of a suction valve biasing spring adapted to press a suction valve for sucking fuel in a direction opposite to the pressurizing chamber and a coefficient K obtained by dividing the spring force F by the minimum seat diameter D is set to be 0.2 N/mm or more such that a fuel pressure generated on the discharge side of the pressurizing chamber becomes a value equal to or more than a saturated vapor pressure of fuel after the discharge valve is closed.
A method of wireless communication at a user equipment, UE , comprising: receiving a handover message from a serving cell (404-a), the handover message associated with a handover procedure to a target cell (404-b); and determining whether to perform a hypothesis test to determine if a physical broadcast channel, PBCH, repetition is enabled in the target cell (404-b) based on the handover message. receiving a handover message from a serving cell (404-a), the handover message associated with a handover procedure to a target cell (404-b); and determining whether to perform a hypothesis test to determine if a physical broadcast channel, PBCH, repetition is enabled in the target cell (404-b) based on the handover message.
Handheld locating device for detecting objects enclosed in a medium, having a housing and at least one sensor apparatus arranged in the housing , and having an opening extending through the housing of the locating device , wherein the opening of the locating device is able to be illuminated by means of a plurality of light sources arranged in the locating device, characterized in that a colour-coded light signal for illuminating the opening of the locating device is provided, wherein the opening is able to be illuminated with at least two different colours in dependence on a measurement signal of at least one sensor of the sensor apparatus to signal in this way to a user whether or not an enclosed object should be expected at the location defined by the opening .
A surgical end effector for use with a surgical instrument, comprising: a proximal connector configured to attach to a distal end of the surgical instrument, wherein said proximal connector comprises an actuator ; a first customisable jaw member , comprising: a first proximal portion comprising a first feature; and a second distal portion comprising a second feature; and a second customisable jaw member , wherein at least one of said first jaw member and said second jaw member is movable relative to said other one of said first jaw member and said second jaw member between an open configuration and a closed configuration, and wherein said second jaw member comprises: a first proximal portion comprising a first feature; and a second distal portion comprising a second feature; wherein at least one of said first feature of said first jaw member and said first feature of said second jaw member is selected by a user in an additive manufacturing process. a proximal connector configured to attach to a distal end of the surgical instrument, wherein said proximal connector comprises an actuator ; a first customisable jaw member , comprising: a first proximal portion comprising a first feature; and a second distal portion comprising a second feature; and a first proximal portion comprising a first feature; and a second distal portion comprising a second feature; and a second customisable jaw member , wherein at least one of said first jaw member and said second jaw member is movable relative to said other one of said first jaw member and said second jaw member between an open configuration and a closed configuration, and wherein said second jaw member comprises: a first proximal portion comprising a first feature; and a second distal portion comprising a second feature; a first proximal portion comprising a first feature; and a second distal portion comprising a second feature; wherein at least one of said first feature of said first jaw member and said first feature of said second jaw member is selected by a user in an additive manufacturing process.
Mirror monitoring system comprising a mirror replacement camera and an apparatus for checking playback of a video sequence from a mirror replacement camera for a motor vehicle, the apparatus comprising: - a movable camera device which is designed to record an image and to provide image data and is also designed to move the field of view of the camera in order to change the recorded image; - an image data processing device which is coupled to the camera device and is designed to generate the video sequence on the basis of the captured image data; - an output device which is designed to display the generated video sequence; characterized by - a diagnostic device which is designed to control and move the camera device in order to check the displayed video sequence by means of an image comparison and to detect freezing of the video sequence, wherein the diagnostic device is designed to check the displayed video sequence if visual contact of an occupant with the output device was detected. - a movable camera device which is designed to record an image and to provide image data and is also designed to move the field of view of the camera in order to change the recorded image; - an image data processing device which is coupled to the camera device and is designed to generate the video sequence on the basis of the captured image data; - an output device which is designed to display the generated video sequence; characterized by - a diagnostic device which is designed to control and move the camera device in order to check the displayed video sequence by means of an image comparison and to detect freezing of the video sequence, wherein the diagnostic device is designed to check the displayed video sequence if visual contact of an occupant with the output device was detected.
A preservative composition comprising a. an amount of a quaternary amine compound, wherein the quaternary amine compound is about 10 wt% to about 20 wt% of the preservative composition and wherein the quaternary amine compound is cetyl pyridinium chloride; b. an effective amount of an antifungal agent, wherein the antifungal agent is about 20 wt% to about 35 wt% of the preservative composition and wherein the antifungal agent is benzoic acid; and c. a solvent; and wherein the antifungal agent and the quaternary amine compound are in a ratio of about 1.5:1 to about 2:1. a. an amount of a quaternary amine compound, wherein the quaternary amine compound is about 10 wt% to about 20 wt% of the preservative composition and wherein the quaternary amine compound is cetyl pyridinium chloride; b. an effective amount of an antifungal agent, wherein the antifungal agent is about 20 wt% to about 35 wt% of the preservative composition and wherein the antifungal agent is benzoic acid; and c. a solvent; and