mhurhangee/ep-ind-claims huggingface dataset:
A conveyor apparatus comprising: a conveying unit which conveys an article supplied from the outside; a detection unit which detects an amount of an article loaded on the conveying unit; and a control unit which sets a force of conveying the article in the conveying unit on the basis of a detection result of the detection unit and controls an operation of the conveying unit, characterised in that the control unit sets the conveying force of the conveying unit to be larger than a current conveying force when a state in which a change amount of the article loading amount on the conveying unit is smaller than a threshold value is maintained for a first predetermined time or more and sets the conveying force of the conveying unit to be smaller than the current conveying force when a state in which the change amount of the article loading amount on the conveying unit is smaller than the threshold value is maintained for a second predetermined time or more in the detection result of the detection unit, and wherein the second predetermined time is longer than the first predetermined time. a conveying unit which conveys an article supplied from the outside; a detection unit which detects an amount of an article loaded on the conveying unit; and a control unit which sets a force of conveying the article in the conveying unit on the basis of a detection result of the detection unit and controls an operation of the conveying unit, characterised in that the control unit sets the conveying force of the conveying unit to be larger than a current conveying force when a state in which a change amount of the article loading amount on the conveying unit is smaller than a threshold value is maintained for a first predetermined time or more and sets the conveying force of the conveying unit to be smaller than the current conveying force when a state in which the change amount of the article loading amount on the conveying unit is smaller than the threshold value is maintained for a second predetermined time or more in the detection result of the detection unit, and wherein the second predetermined time is longer than the first predetermined time.
An apparatus for debriding a tissue site, the apparatus comprising: a tissue interface having a plurality of perforations separated from each other by walls, and wherein the perforations have a perforation shape factor that is adapted to collapse the perforations from a relaxed position to a contracted position in response to an application and removal of negative pressure; a first orientation line; and a second orientation line, wherein the second orientation line is perpendicular to the first orientation line, wherein perimeters of the perforations formed by the walls are adapted to debride the tissue site in response to movement of the tissue interface between the relaxed position and the contracted position, wherein each perforation includes a center, and each perforation has an x-axis extending through the respective center and parallel to the first orientation line, and a y-axis extending through the respective center parallel to the second orientation line, wherein the perforation shape factor for each perforation is a ratio of a first line segment on the respective y-axis extending from the respective center to the respective perimeter of the perforation to a second line segment on the respective x-axis extending from the respective center to the respective perimeter of the perforation, and wherein the perforation shape factor for each perforation is between 0.5 and 2. a tissue interface having a plurality of perforations separated from each other by walls, and wherein the perforations have a perforation shape factor that is adapted to collapse the perforations from a relaxed position to a contracted position in response to an application and removal of negative pressure; a first orientation line; and a second orientation line, wherein the second orientation line is perpendicular to the first orientation line, wherein perimeters of the perforations formed by the walls are adapted to debride the tissue site in response to movement of the tissue interface between the relaxed position and the contracted position, wherein each perforation includes a center, and each perforation has an x-axis extending through the respective center and parallel to the first orientation line, and a y-axis extending through the respective center parallel to the second orientation line, wherein the perforation shape factor for each perforation is a ratio of a first line segment on the respective y-axis extending from the respective center to the respective perimeter of the perforation to a second line segment on the respective x-axis extending from the respective center to the respective perimeter of the perforation, and wherein the perforation shape factor for each perforation is between 0.5 and 2.
A dryer for a web of textile material, with at least one dryer compartment, in which at least one air-permeable cylinder is rotatably disposed, around which the web of material may partially loop, and wherein heated air may flow through the web of material, and wherein a fan is provided, by means of which humid drying air from the inside of the cylinder may be suctioned from an opening of the cylinder, and a circulation of the drying air back into the dryer compartment may be formed, and wherein a heat supply is set-up, by means of which heat may be supplied to the drying air, characterized in that a hygrometer element is disposed in or downstream behind the opening, with which is measurable the degree of humidity of the drying air suctioned from the inside, and in that the dryer includes a control, which is formed to control at least the heat supply depending on the measured degree of humidity of the drying air suctioned from the inside.
A rotor system operable for use on a rotorcraft, the rotor system comprising: a yoke; a plurality of blade grip assemblies; a plurality of centrifugal force bearings each coupling one of the blade grip assemblies with the yoke; a plurality of rotor blades each coupled to one of the blade grip assemblies such that each rotor blade has a coincident hinge located at the respective centrifugal force bearing and such that each rotor blade has three independent degrees of freedom relative to the yoke including blade pitch about a pitch change axis, blade flap about a flapping axis and lead-lag about a lead-lag axis; and a blade-to-blade damping ring including a plurality of damper anchors each coupled to one of the blade grip assemblies along the respective pitch change axis and a plurality of lead-lag dampers each coupled between adjacent damper anchors; wherein, each damper anchor is coupled to the yoke to prevent relative rotation therebetween; and wherein, each blade grip assembly is operable to rotate relative to the respective damper anchor during blade pitch operations, such that the blade-to-blade damping ring is operable to provide pitch independent lead-lag damping. a yoke; a plurality of blade grip assemblies; a plurality of centrifugal force bearings each coupling one of the blade grip assemblies with the yoke; a plurality of rotor blades each coupled to one of the blade grip assemblies such that each rotor blade has a coincident hinge located at the respective centrifugal force bearing and such that each rotor blade has three independent degrees of freedom relative to the yoke including blade pitch about a pitch change axis, blade flap about a flapping axis and lead-lag about a lead-lag axis; and a blade-to-blade damping ring including a plurality of damper anchors each coupled to one of the blade grip assemblies along the respective pitch change axis and a plurality of lead-lag dampers each coupled between adjacent damper anchors; wherein, each damper anchor is coupled to the yoke to prevent relative rotation therebetween; and wherein, each blade grip assembly is operable to rotate relative to the respective damper anchor during blade pitch operations, such that the blade-to-blade damping ring is operable to provide pitch independent lead-lag damping.
A method of a user equipment, UE, in a wireless communication system supporting a shared spectrum channel access, the method comprising: receiving, from a base station, BS, system information indicating a discovery burst transmission window for new radio unlicensed spectrum, NR-U; determining a number N SSB QCL of candidate synchronization signal and physical broadcast channel, SS/PBCH, blocks as an interval for a quasi-co-locate, QCL, assumption; determining a set of QCLed candidate SS/PBCH blocks within the discovery burst transmission window based on the number N SSB QCL of candidate SS/PBCH blocks; determining a set of QCLed occasions within the discovery burst transmission window included in the system information based on the number of candidate SS/PBCH blocks and a slot index; and receiving, from the BS, a channel state information reference signal, CSI-RS, on a CSI-RS resource based on the determined set of QCLed occasions within the discovery burst transmission window. receiving, from a base station, BS, system information indicating a discovery burst transmission window for new radio unlicensed spectrum, NR-U; determining a number N SSB QCL of candidate synchronization signal and physical broadcast channel, SS/PBCH, blocks as an interval for a quasi-co-locate, QCL, assumption; determining a set of QCLed candidate SS/PBCH blocks within the discovery burst transmission window based on the number N SSB QCL of candidate SS/PBCH blocks; determining a set of QCLed occasions within the discovery burst transmission window included in the system information based on the number of candidate SS/PBCH blocks and a slot index; and receiving, from the BS, a channel state information reference signal, CSI-RS, on a CSI-RS resource based on the determined set of QCLed occasions within the discovery burst transmission window.
A method of preparing a strontium aluminate mixed oxide precursor, the method comprising: i) providing a boehmite suspension, wherein the boehmite in the boehmite suspension has a crystallite size, 021 and/or 020 reflex, of between 3nm and 50nm; ii) adding a strontium compound to the boehmite suspension to form a Sr-AI suspension; iii) hydrothermally treating i) the boehmite suspension, ii) the Sr-AI suspension or iii) both the boehmite suspension and the Sr-AI suspension to obtain a hydrothermally treated boehmite suspension, a hydrothermally treated Sr-Al suspension, or both a hydrothermally treated boehmite suspension and a hydrothermally treated Sr-Al suspension; and iv) drying the hydrothermally treated Sr-Al suspension or the Sr-AI suspension to produce the strontium aluminate mixed oxide precursor. i) providing a boehmite suspension, wherein the boehmite in the boehmite suspension has a crystallite size, 021 and/or 020 reflex, of between 3nm and 50nm; ii) adding a strontium compound to the boehmite suspension to form a Sr-AI suspension; iii) hydrothermally treating i) the boehmite suspension, ii) the Sr-AI suspension or iii) both the boehmite suspension and the Sr-AI suspension to obtain a hydrothermally treated boehmite suspension, a hydrothermally treated Sr-Al suspension, or both a hydrothermally treated boehmite suspension and a hydrothermally treated Sr-Al suspension; and iv) drying the hydrothermally treated Sr-Al suspension or the Sr-AI suspension to produce the strontium aluminate mixed oxide precursor.
An auxiliary relay for an electromagnetic contactor comprises: a frame; a moving member movable within the frame and provided with a first magnet member and a second magnet member; a first conductive member (120, 120') provided with a first switch portion (121, 121') turned on or off by being brought into close contact with or moved away from the first magnet member, in response to a movement of the moving member; and a second conductive member (130, 130') provided with a second switch portion (131, 131') turned on or off by being brought into close contact with or moved away from the second magnet member, in response to the movement of the moving member, and wherein the first magnet member and the second magnet member are located on each of both sides of the moving member, wherein the first conductive member (120, 120') and the second conductive member (130, 130') are located on both sides of the frame to be adjacent to the first magnet member and the second magnet member, respectively, wherein the first magnet member and the second magnet member are brought into close contact with or moved away from the first switch portion (121, 121') and the second switch portion (131, 131') as the moving member moves up and down, such that the first switch portion (121, 121') and the second switch portion (131, 131') are turned on or off, and characterized in that each of the first and second conductive members (120, 130) is provided with a blocking plate (123, 133) provided adjacent to the first switch portion or the second switch portion. a frame; a moving member movable within the frame and provided with a first magnet member and a second magnet member; a first conductive member (120, 120') provided with a first switch portion (121, 121') turned on or off by being brought into close contact with or moved away from the first magnet member, in response to a movement of the moving member; and a second conductive member (130, 130') provided with a second switch portion (131, 131') turned on or off by being brought into close contact with or moved away from the second magnet member, in response to the movement of the moving member, and wherein the first magnet member and the second magnet member are located on each of both sides of the moving member, wherein the first conductive member (120, 120') and the second conductive member (130, 130') are located on both sides of the frame to be adjacent to the first magnet member and the second magnet member, respectively, wherein the first magnet member and the second magnet member are brought into close contact with or moved away from the first switch portion (121, 121') and the second switch portion (131, 131') as the moving member moves up and down, such that the first switch portion (121, 121') and the second switch portion (131, 131') are turned on or off, and characterized in that each of the first and second conductive members (120, 130) is provided with a blocking plate (123, 133) provided adjacent to the first switch portion or the second switch portion.
A powder coating apparatus comprising: a barrel; exhaust means which evacuates an inside of the barrel; and two or more sputtering devices (2a,2b,2c) installed inside the barrel, the barrel having a main axis directed in a horizontal direction and rotating around the main axis, the sputtering devices (2a,2b,2c) forming a coating film on a surface of powder put in the barrel, wherein each sputtering device (2a,2b,2c) has one fixing portion (10a,10b,10c) for one target, such that two or more targets may be mounted in the powder coating apparatus, and respective targets (6a,6b,6c) are disposed in parallel to each other at the same position with respect to a direction of the main axis when the target (6a,6b,6c) is mounted on the fixing portion (10a,10b,10c), and the sputtering devices are capable of rotating about the main axis to adjust an angle. a barrel; exhaust means which evacuates an inside of the barrel; and two or more sputtering devices (2a,2b,2c) installed inside the barrel, the barrel having a main axis directed in a horizontal direction and rotating around the main axis, the sputtering devices (2a,2b,2c) forming a coating film on a surface of powder put in the barrel, wherein each sputtering device (2a,2b,2c) has one fixing portion (10a,10b,10c) for one target, such that two or more targets may be mounted in the powder coating apparatus, and respective targets (6a,6b,6c) are disposed in parallel to each other at the same position with respect to a direction of the main axis when the target (6a,6b,6c) is mounted on the fixing portion (10a,10b,10c), and the sputtering devices are capable of rotating about the main axis to adjust an angle.
A device for installation of wired track sensors, comprising a plug (Fig. 1,2) and a centering element, the plug including a plug body, which is through, preferably with an internal assembly compartment, with a plug socket provided with at least four connectors, wherein the plug body is provided with a base and is installed in a detachable manner on the centering element that is a part of a clamp (4,M) to attach a track sensors housing to a track, formed as an angled profile made of a load-bearing plate and an adjusting plate perpendicular to the load-bearing plate, wherein a frame protrusion is formed on the front wall of the plug body and first parallel conducted guides are provided on both sides, at the base, while a semi-circular cable conduit is formed in the middle of the load-bearing plate of the centering element, on the side of the plug body, with second parallel leading guides formed on both sides of the semi-circular cable conduit, and an adjusting cut-out is provided in the adjusting plate, with a shape matching that of the frame protrusion.
A computer-implemented method for estimating perfusion of blood in tissues of patients, the method comprising: receiving a patient-specific vessel model of one or more vessels of a patient and a patent-specific tissue model of a target tissue supplied by the vessel; determining patient-specific values of anatomical or physiological parameters. each of the patient-specific values being determined based on the vessel model or the tissue model; computing an estimated value of perfusion of blood in the target tissue by inputting patient-specific data including the patient-specific values into a machine learning algorithm trained to compute the estimated value based on the patient-specific data, the machine learning algorithm having been trained using training data comprising known perfusion in tissues of a plurality of individuals and, for each of the plurality of individuals, known values of the one or more anatomical or physiological parameters; and generating a displayable representation of the estimated value of perfusion. receiving a patient-specific vessel model of one or more vessels of a patient and a patent-specific tissue model of a target tissue supplied by the vessel; determining patient-specific values of anatomical or physiological parameters. each of the patient-specific values being determined based on the vessel model or the tissue model; computing an estimated value of perfusion of blood in the target tissue by inputting patient-specific data including the patient-specific values into a machine learning algorithm trained to compute the estimated value based on the patient-specific data, the machine learning algorithm having been trained using training data comprising known perfusion in tissues of a plurality of individuals and, for each of the plurality of individuals, known values of the one or more anatomical or physiological parameters; and generating a displayable representation of the estimated value of perfusion.
A method comprising: receiving, by an edge device in an edge network, a request from a client device for a web page provided by a web server via a wide area network, the edge network providing an access network connection for the client device to reach the wide area network; receiving, by the edge device, the web page via the wide area network and the edge network; inserting, by the edge device into the web page prior to transfer to the client device, executable code for obtaining feedback measuring a rendering performance of at least a first portion of the web page by the client device; receiving, by the edge device, the feedback from the client device that measures the rendering performance of at least the first portion of the web page by the client device; detecting, by the edge device from the feedback, a changed condition indicating a deteriorated execution time affecting rendering performance of the at least the first portion of the web page by the client device, wherein the deteriorated execution time is independent of bandwidth in the edge network available to the client device; and the edge device dynamically optimizing the web page based on changing at least the first portion of the web page into an optimized web page in response to the changed condition detected from the feedback, for optimized rendering of the web page by the client device. receiving, by an edge device in an edge network, a request from a client device for a web page provided by a web server via a wide area network, the edge network providing an access network connection for the client device to reach the wide area network; receiving, by the edge device, the web page via the wide area network and the edge network; inserting, by the edge device into the web page prior to transfer to the client device, executable code for obtaining feedback measuring a rendering performance of at least a first portion of the web page by the client device; receiving, by the edge device, the feedback from the client device that measures the rendering performance of at least the first portion of the web page by the client device; detecting, by the edge device from the feedback, a changed condition indicating a deteriorated execution time affecting rendering performance of the at least the first portion of the web page by the client device, wherein the deteriorated execution time is independent of bandwidth in the edge network available to the client device; and the edge device dynamically optimizing the web page based on changing at least the first portion of the web page into an optimized web page in response to the changed condition detected from the feedback, for optimized rendering of the web page by the client device.
An injection device comprising - a housing (10; 340) containing a cartridge, - a dose setting means (60, 70; 350) being operable in a first direction to set a desired dose to be dispensed, - a piston rod being adapted to cooperate with a piston so as to cause a set dose to be injected from the cartridge, and - a first clicker component (100; 320), which is rotationally largely constrained to the housing (10; 340), and a second clicker component (80; 300), which is rotatable relative to the housing (10; 340) during dose dispensing, with the clicker components (80, 100; 320, 300) being adapted to contact each other only near the end of dispensing of a set dose to thereby provide an audible and/or tactile first feedback to a user, characterized in that the first clicker component (100; 320) is displaceable relative to the housing (10; 340) between a proximal dose setting position and a distal dose dispensing position. - a housing (10; 340) containing a cartridge, - a dose setting means (60, 70; 350) being operable in a first direction to set a desired dose to be dispensed, - a piston rod being adapted to cooperate with a piston so as to cause a set dose to be injected from the cartridge, and - a first clicker component (100; 320), which is rotationally largely constrained to the housing (10; 340), and a second clicker component (80; 300), which is rotatable relative to the housing (10; 340) during dose dispensing, with the clicker components (80, 100; 320, 300) being adapted to contact each other only near the end of dispensing of a set dose to thereby provide an audible and/or tactile first feedback to a user, characterized in that the first clicker component (100; 320) is displaceable relative to the housing (10; 340) between a proximal dose setting position and a distal dose dispensing position.