mhurhangee/patent-ind-claim-en huggingface dataset:
A ground aeration device comprising: a frame comprising a ground contact foot , supporting wheels ; an air supply connector for receiving pressurised air from a source; an air supply splitter for directing air received from the source to a first air conduit and to a second air conduit; a drill element for insertion into the ground, the drill element being connected to the second air conduit to receive pressurised air for insertion into the ground, the drill element comprising at least one aperture for ejecting the pressurised air; at least one pneumatic means attached to the frame and connected to the drill element, the at least one pneumatic means being attached to the first air conduit for receiving pressurised air to drive the drill bit in and out of the ground; and air control means for controlling the supply of air through the first and second conduits respectively, and ejecting air through the aperture of the drill element when the drill element is inserted into the ground, characterised in that the device further comprises operating handles , wherein the at least one pneumatic means is controlled by toggle switches comprised in a manifold located between the operating handles , and wherein the ground contact foot engages with the ground, in use, when the drill element is inserted into the ground. a frame comprising a ground contact foot , supporting wheels ; an air supply connector for receiving pressurised air from a source; an air supply splitter for directing air received from the source to a first air conduit and to a second air conduit; a drill element for insertion into the ground, the drill element being connected to the second air conduit to receive pressurised air for insertion into the ground, the drill element comprising at least one aperture for ejecting the pressurised air; at least one pneumatic means attached to the frame and connected to the drill element, the at least one pneumatic means being attached to the first air conduit for receiving pressurised air to drive the drill bit in and out of the ground; and air control means for controlling the supply of air through the first and second conduits respectively, and ejecting air through the aperture of the drill element when the drill element is inserted into the ground, characterised in that the device further comprises operating handles , wherein the at least one pneumatic means is controlled by toggle switches comprised in a manifold located between the operating handles , and wherein the ground contact foot engages with the ground, in use, when the drill element is inserted into the ground.
A video processing apparatus comprising: a light irradiation unit that irradiates a face of an object of shooting with light; a video acquisition unit that acquires a video capturing the face of the object of shooting; a motion detection unit that detects a speed of motion of at least a portion of the face in the video acquired by the video acquisition unit ; an open/closed eye detection unit that detects an open state and a closed state of eyes in the video acquired by the video acquisition unit ; and an imaging control unit that changes an open period of a shutter in the video acquisition unit and a light emission intensity of the light irradiation unit , wherein the imaging control unit changes the open period of the shutter to be long and the light emission intensity to be small when the speed of motion detected by the motion detection unit is slower than a predetermined threshold value, and changes the open period of the shutter to be short and the light emission intensity to be large when the speed of motion detected by the motion detection unit is faster than the predetermined threshold value, wherein the imaging control unit changes the open period of the shutter to be short and the light emission intensity to be large when the open/closed eye detection unit detects the closed state of eyes to give priority to image recognition precision. a light irradiation unit that irradiates a face of an object of shooting with light; a video acquisition unit that acquires a video capturing the face of the object of shooting; a motion detection unit that detects a speed of motion of at least a portion of the face in the video acquired by the video acquisition unit ; an open/closed eye detection unit that detects an open state and a closed state of eyes in the video acquired by the video acquisition unit ; and an imaging control unit that changes an open period of a shutter in the video acquisition unit and a light emission intensity of the light irradiation unit , wherein the imaging control unit changes the open period of the shutter to be long and the light emission intensity to be small when the speed of motion detected by the motion detection unit is slower than a predetermined threshold value, and changes the open period of the shutter to be short and the light emission intensity to be large when the speed of motion detected by the motion detection unit is faster than the predetermined threshold value, wherein the imaging control unit changes the open period of the shutter to be short and the light emission intensity to be large when the open/closed eye detection unit detects the closed state of eyes to give priority to image recognition precision.
A method for treatment of liquid under high pressure in a hydraulic installation comprising at least a hydraulic cylinder and an accumulator , characterized in that the method comprises: - connecting a treatment device for liquid to the hydraulic installation , wherein the treatment device comprises a circulation pump and a filter ; - directing liquid under high pressure to the treatment device ; - circulating liquid from the area having high pressure by means of the circulation pump of the treatment device via the filter under high pressure from the hydraulic installation and back to the hydraulic installation ; and - disconnecting the treatment device from the hydraulic installation subsequent to completed treatment, wherein high pressure is defined as a pressure above 140 bar. - connecting a treatment device for liquid to the hydraulic installation , wherein the treatment device comprises a circulation pump and a filter ; - directing liquid under high pressure to the treatment device ; - circulating liquid from the area having high pressure by means of the circulation pump of the treatment device via the filter under high pressure from the hydraulic installation and back to the hydraulic installation ; and - disconnecting the treatment device from the hydraulic installation subsequent to completed treatment,
A computing system comprising: a control circuit configured to: determine a privacy baseline for controlling communication for a user, determine an application-specific privacy setting for controlling communication for a first executable program associated with the user, wherein the application-specific privacy setting is a rule, a setting, a policy or an input designation thereof affecting control of a privacy for corresponding instance of an application, generate a user-specific privacy profile based on the privacy baseline and the application-specific privacy setting , the user-specific privacy profile for controlling an application set including a second executable program ; further generate the user-specific privacy profile using a heterogeneous analysis mechanism for analyzing the first executable program , the second executable program , or a combination thereof based on an application library , an application type , a community feedback , or a combination thereof beyond metadata for the first executable program , the second executable program , or a combination thereof; and a storage circuit, coupled to the control circuit, configured to store the user-specific privacy profile . determine a privacy baseline for controlling communication for a user, determine an application-specific privacy setting for controlling communication for a first executable program associated with the user, wherein the application-specific privacy setting is a rule, a setting, a policy or an input designation thereof affecting control of a privacy for corresponding instance of an application, generate a user-specific privacy profile based on the privacy baseline and the application-specific privacy setting , the user-specific privacy profile for controlling an application set including a second executable program ; further generate the user-specific privacy profile using a heterogeneous analysis mechanism for analyzing the first executable program , the second executable program , or a combination thereof based on an application library , an application type , a community feedback , or a combination thereof beyond metadata for the first executable program , the second executable program , or a combination thereof; and a storage circuit, coupled to the control circuit, configured to store the user-specific privacy profile .
A patch for a structure, comprising: a patch body having at least two regions including a fail-safe region and a safe-life region encompassing the fail-safe region ; the safe-life region having a mode I interlaminar fracture toughness being less than the mode I interlaminar fracture toughness of the fail-safe region , wherein: the safe-life and fail-safe regions each have a taper angle (θ SL , θ FS ); and the taper angles (θ SL , θ FS ) of the regions decrease along a radially outward direction of the patch body . a patch body having at least two regions including a fail-safe region and a safe-life region encompassing the fail-safe region ; the safe-life region having a mode I interlaminar fracture toughness being less than the mode I interlaminar fracture toughness of the fail-safe region , wherein: the safe-life and fail-safe regions each have a taper angle (θ SL , θ FS ); and the taper angles (θ SL , θ FS ) of the regions decrease along a radially outward direction of the patch body . the safe-life and fail-safe regions each have a taper angle (θ SL , θ FS ); and the taper angles (θ SL , θ FS ) of the regions decrease along a radially outward direction of the patch body .
Papillary print sensor (100; 400; 500; 600; 900 ;1000 ;1100; 10), comprising: - a light emitting device configured to emit light radiation towards the papillary print; and - a matrix photodetector configured to be sensitive to at least part of an emission spectrum of the light emitting device; the light emitting device and the matrix photodetector being distributed together in and/or above the same semiconducting substrate (110; 410; 1010), characterized in that the light emitting device is composed of several gallium nitride light emitting diodes (140; 440; 540; 640 ;1401; 1402; 1403), called gallium nitride LEDs, each one extending without overlap between photodiodes of the matrix photodetector, or a single grid-shaped gallium nitride LED with a series of through openings, with photodiodes of the matrix photodetector each one extending in said through openings. - a light emitting device configured to emit light radiation towards the papillary print; and - a matrix photodetector configured to be sensitive to at least part of an emission spectrum of the light emitting device;
A terminal comprising: a receiving section configured to monitor, in a first cell, first downlink control information, DCI, for scheduling a shared channel on a second cell; and a control section configured to, when capability information related to cross-carrier scheduling and monitoring of a second DCI used to control at least one of a slot format, a preemption and a transmit power are reported, and when the shared channel on the second cell is configured to be scheduled using the first cell, control not to monitor the second DCI in the second cell, and control to monitor the second DCI in the first cell. a receiving section configured to monitor, in a first cell, first downlink control information, DCI, for scheduling a shared channel on a second cell; and a control section configured to, when capability information related to cross-carrier scheduling and monitoring of a second DCI used to control at least one of a slot format, a preemption and a transmit power are reported, and when the shared channel on the second cell is configured to be scheduled using the first cell, control not to monitor the second DCI in the second cell, and control to monitor the second DCI in the first cell.
An electronic device comprising: a housing ; a display disposed in an inner space of the housing and visible from an outside of the housing , the display further comprising: a display panel having a first opening (OP1), and at least one additional layer stacked under the display panel and having a second opening (OP2) corresponding to and larger than the first opening (OP1); and a camera module disposed in the inner space under the at least one additional layer , and facing the second opening (OP2), the camera module further comprising: a lens housing , a plurality of lenses disposed in and supported by the lens housing , the plurality of lenses comprising a first lens closest to the display panel , and at least one image sensor aligned with the plurality of lenses , wherein the first lens is disposed to at least partially protrude from an upper surface of the lens housing and into the second opening (OP2); wherein the diameter of the first opening (OP1) is smaller than the diameter of the first lens , and the diameter of the second opening (OP2) is larger than the diameter of the first lens . a housing ; a display disposed in an inner space of the housing and visible from an outside of the housing , the display further comprising: a display panel having a first opening (OP1), and at least one additional layer stacked under the display panel and having a second opening (OP2) corresponding to and larger than the first opening (OP1); and a display panel having a first opening (OP1), and at least one additional layer stacked under the display panel and having a second opening (OP2) corresponding to and larger than the first opening (OP1); and a camera module disposed in the inner space under the at least one additional layer , and facing the second opening (OP2), the camera module further comprising: a lens housing , a plurality of lenses disposed in and supported by the lens housing , the plurality of lenses comprising a first lens closest to the display panel , and at least one image sensor aligned with the plurality of lenses , a lens housing , a plurality of lenses disposed in and supported by the lens housing , the plurality of lenses comprising a first lens closest to the display panel , and at least one image sensor aligned with the plurality of lenses , wherein the first lens is disposed to at least partially protrude from an upper surface of the lens housing and into the second opening (OP2); wherein the diameter of the first opening (OP1) is smaller than the diameter of the first lens , and the diameter of the second opening (OP2) is larger than the diameter of the first lens .
A computer program comprising instructions which, when the program is executed by a computer, cause the computer to carry out: obtaining electrocardiography ECG data; determining that the ECG data comprises abnormal heartbeat data; and obtaining , based on the ECG data, an abnormal heartbeat waveform corresponding to the abnormal heartbeat data; characterized in that the computer program further causes the computer to carry out: combining a normal heartbeat waveform and the abnormal heartbeat waveform to obtain an abnormality comparison image, wherein the abnormality comparison image displays a difference between the abnormal heartbeat waveform and the normal heartbeat waveform; and generating a diagnosis report based on the abnormality comparison image. obtaining electrocardiography ECG data; determining that the ECG data comprises abnormal heartbeat data; and obtaining , based on the ECG data, an abnormal heartbeat waveform corresponding to the abnormal heartbeat data; characterized in that the computer program further causes the computer to carry out: combining a normal heartbeat waveform and the abnormal heartbeat waveform to obtain an abnormality comparison image, wherein the abnormality comparison image displays a difference between the abnormal heartbeat waveform and the normal heartbeat waveform; and generating a diagnosis report based on the abnormality comparison image. combining a normal heartbeat waveform and the abnormal heartbeat waveform to obtain an abnormality comparison image, wherein the abnormality comparison image displays a difference between the abnormal heartbeat waveform and the normal heartbeat waveform; and generating a diagnosis report based on the abnormality comparison image.
A method for repairing a leak caused by an opening at the bottom of a container with a liquid content , said liquid content having a first density, the method comprising a reversible sealing of the leak comprising the steps according to which: - a sealing mixture is poured into the liquid content in the vicinity of the opening, the sealing mixture comprising a sealing product and solid and rigid fillers mixed into said sealing product , the sealing product having a second density greater than the first density and having the capability to solidify within the liquid content , the fillers having a third density lower than the second density, - the sealing mixture spreads over the bottom of the container and reaches the opening , - fillers of the sealing mixture congests the opening and enable the sealing product to solidify over the opening without being washed away by the leakage of the liquid content through the opening, forming a peelable sealing layer on the bottom of the container impervious to the liquid content , the repair method then comprising: - emptying the liquid content from the container , - removing the sealing layer by peeling off said sealing layer, - repairing the leak . - a sealing mixture is poured into the liquid content in the vicinity of the opening, the sealing mixture comprising a sealing product and solid and rigid fillers mixed into said sealing product , the sealing product having a second density greater than the first density and having the capability to solidify within the liquid content , the fillers having a third density lower than the second density, - the sealing mixture spreads over the bottom of the container and reaches the opening , - fillers of the sealing mixture congests the opening and enable the sealing product to solidify over the opening without being washed away by the leakage of the liquid content through the opening, forming a peelable sealing layer on the bottom of the container impervious to the liquid content , - emptying the liquid content from the container , - removing the sealing layer by peeling off said sealing layer, - repairing the leak .
Device for metering solids, comprising an inlet in the upper region, comprising an outlet in the form of a screw tube or a vertical outlet in the lower region, comprising a stirrer arranged below the inlet , having a horizontally arranged stirrer shaft and having stirring blades , comprising a metering screw arranged below the stirrer , having an axis of rotation arranged parallel to the stirrer shaft , the stirrer being surrounded by an asymmetrical stirrer-mechanism trough , the metering screw being surrounded by a partially cylindrical screw trough , the asymmetrical stirrer-mechanism trough connecting to the partially cylindrical screw trough via a chute , the inner wall of one of the two connection regions between the asymmetrical stirrer-mechanism trough and the partially cylindrical screw trough being designed as an oblique plane in the form of a chute , such that a space which is not covered by the stirring blades of the stirrer and the screw , and a lateral and enlarged intake region of the metering screw are formed, the stirrer and the metering screw being designed to rotate in the same direction of rotation , the stirring blades and the metering screw moving downward in the region of the chute during rotation, it being possible for the metering space to be divided into three regions which are positioned vertically above one another, the upper region (I) being above a horizontal plane which includes the stirrer shaft , the central region (II) being positioned below the upper region (I) and above a horizontal plane which is arranged between the spaces which are swept by the stirring blades and the metering screw , the lower region (III) being positioned below the central region (II), the lower region (III) of the metering chamber being designed as a partially cylindrical trough, the central region (II) and the lower region (III) directly adjoining one another on one side, such that a recess is formed, the transition between the central region (II) and the lower region (III) on the other side being formed by an oblique plane which tangentially abuts the walls of the stirrer-mechanism trough and the walls of the screw trough , characterized in that the central region (II) of the metering chamber is designed as a semi-cylindrical trough, in that the chute is formed by the oblique plane which tangentially abuts the walls of the stirrer-mechanism trough and the walls of the screw trough , and in that the metering screw has teeth on the outer circumference thereof.