mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement for handling screening material , e.g. aggregate, ore or similar, said arrangement comprising a screening deck on or in relation to which screening material is traveling, the arrangement further comprising an ultrasonic detection system comprising: an ultrasonic transmitter arranged at the arrangement , and adapted to send out an ultrasonic signal towards a surface , an ultrasonic receiver adapted to receive the ultrasonic signal , and a control unit connected to the ultrasonic transmitter and the ultrasonic receiver , the control unit being adapted to detect at least one parameter of the ultrasonic signal , wherein the control unit further is adapted to detect a difference in the at least one parameter based on a comparison between the ultrasonic signal and a reference signal, wherein the ultrasonic detection system further comprises: a reflector arranged for deflecting the ultrasonic signal towards the surface of the screening deck of the arrangement , and a mesh which comprises a plurality of ultrasonic transmitters and ultrasonic receivers wherein each ultrasonic transmitter and ultrasonic receiver is arranged over the surface of the screening deck of the arrangement . an ultrasonic transmitter arranged at the arrangement , and adapted to send out an ultrasonic signal towards a surface , an ultrasonic receiver adapted to receive the ultrasonic signal , and a control unit connected to the ultrasonic transmitter and the ultrasonic receiver , the control unit being adapted to detect at least one parameter of the ultrasonic signal , wherein the control unit further is adapted to detect a difference in the at least one parameter based on a comparison between the ultrasonic signal and a reference signal, wherein the ultrasonic detection system further comprises: a reflector arranged for deflecting the ultrasonic signal towards the surface of the screening deck of the arrangement , and a mesh which comprises a plurality of ultrasonic transmitters and ultrasonic receivers wherein each ultrasonic transmitter and ultrasonic receiver is arranged over the surface of the screening deck of the arrangement . a reflector arranged for deflecting the ultrasonic signal towards the surface of the screening deck of the arrangement , and a mesh which comprises a plurality of ultrasonic transmitters and ultrasonic receivers wherein each ultrasonic transmitter and ultrasonic receiver is arranged over the surface of the screening deck of the arrangement .
An air filter cartridge comprising: (a) a media pack having an outer perimeter and opposite flow faces ; and, (b) a housing engagement member surrounding the media pack ; the housing engagement member including a seal arrangement having: a pinch seal portion ; and, a seal support portion the pinch seal portion having opposite downstream seal surface and upstream surface ; (c) a member of an air cleaner security, housing closure, inhibition arrangement positioned in the housing engagement member ; (i) the housing engagement member comprises a pocket arrangement including at least one receiving pocket therein; and, (d) the housing engagement member is configured to define a receiving trough between at least a portion of the housing engagement member and a remainder of the filter cartridge ; and, (i) the at least one receiving pocket of the housing engagement member defines a deeper recess than portions of the receiving trough , (e) characterized in that the deeper recess extends beyond the upstream surface of the pinch seal surface . (a) a media pack having an outer perimeter and opposite flow faces ; and, (b) a housing engagement member surrounding the media pack ; the housing engagement member including a seal arrangement having: a pinch seal portion ; and, a seal support portion the pinch seal portion having opposite downstream seal surface and upstream surface ; (c) a member of an air cleaner security, housing closure, inhibition arrangement positioned in the housing engagement member ; (i) the housing engagement member comprises a pocket arrangement including at least one receiving pocket therein; and, (i) the housing engagement member comprises a pocket arrangement including at least one receiving pocket therein; and, (d) the housing engagement member is configured to define a receiving trough between at least a portion of the housing engagement member and a remainder of the filter cartridge ; and, (i) the at least one receiving pocket of the housing engagement member defines a deeper recess than portions of the receiving trough , (i) the at least one receiving pocket of the housing engagement member defines a deeper recess than portions of the receiving trough , (e) characterized in that the deeper recess extends beyond the upstream surface of the pinch seal surface .
A method of operation of a device implementing at least two Internet Protocol, IP, Multimedia Subsystem, IMS, service functions (101; 102) sharing a common public identity, comprising: transmitting, to a network node implementing a Bootstrapping Server Function, BSF, a Generic Bootstrapping Architecture, GBA, authentication request message from a first IMS service function (101; 102) implemented at the device , the authentication request message comprising authentication key agreement, AKA, parameters; obtaining , by the first IMS service function (101; 102) implemented at the device and from the network node implementing the BSF, a GBA based shared secret via a GBA bootstrapping procedure; sharing the GBA based shared secret with a second IMS service function (101; 102) implemented at the device , wherein the first IMS service function is different from the second IMS service function; and requesting , by the second IMS service function , authentication using a Generic Authentication Architecture, GAA, procedure based on the shared GBA based shared secret and the common public identity of the first and second IMS service functions , wherein the request comprises communicating by the second IMS service function the shared GBA based shared secret and the common public identity of the first and second IMS service functions to an application proxy, AP, , wherein the first IMS service function is different from the second IMS service function . transmitting, to a network node implementing a Bootstrapping Server Function, BSF, a Generic Bootstrapping Architecture, GBA, authentication request message from a first IMS service function (101; 102) implemented at the device , the authentication request message comprising authentication key agreement, AKA, parameters; obtaining , by the first IMS service function (101; 102) implemented at the device and from the network node implementing the BSF, a GBA based shared secret via a GBA bootstrapping procedure; sharing the GBA based shared secret with a second IMS service function (101; 102) implemented at the device , wherein the first IMS service function is different from the second IMS service function; and requesting , by the second IMS service function , authentication using a Generic Authentication Architecture, GAA, procedure based on the shared GBA based shared secret and the common public identity of the first and second IMS service functions , wherein the request comprises communicating by the second IMS service function the shared GBA based shared secret and the common public identity of the first and second IMS service functions to an application proxy, AP, , wherein the first IMS service function is different from the second IMS service function .
Composition comprising A) 20.0 wt% to 99.95 wt% of aromatic polycarbonate and B) 0.05 wt% to 20.0 wt% of isosorbide diesters, with the proviso that, when the aromatic polycarbonate of component A) is one or more copolycarbonates containing at least the monomer units of the formula in which R 1 is hydrogen or C 1 -C 4 -alkyl, R 2 is C 1 -C 4 -alkyl, and n is 0, 1, 2 or 3, the composition comprises 0.05 to 7.5 wt% of component B) . A) 20.0 wt% to 99.95 wt% of aromatic polycarbonate and B) 0.05 wt% to 20.0 wt% of isosorbide diesters, with the proviso that, when the aromatic polycarbonate of component A) is one or more copolycarbonates containing at least the monomer units of the formula R 1 is hydrogen or C 1 -C 4 -alkyl, R 2 is C 1 -C 4 -alkyl, and n is 0, 1, 2 or 3,
A peptide-conjugated ascorbic acid derivative represented by the following formula I or a cosmetically acceptable salt thereof: wherein represents a peptide in which the same or different amino acid residues selected from among natural or non-natural amino acid residues are bonded by amide bonds; R 1 represents side chains of the amino acid residues; X is hydrogen or carbonyl (C=O); R 2 is null when X is hydrogen, or R 2 is palmityl, lauryl or stearyl when X is carbonyl; and n is an integer ranqinq from 2 to 5. represents a peptide in which the same or different amino acid residues selected from among natural or non-natural amino acid residues are bonded by amide bonds; R 1 represents side chains of the amino acid residues; X is hydrogen or carbonyl (C=O); R 2 is null when X is hydrogen, or R 2 is palmityl, lauryl or stearyl when X is carbonyl; and n is an integer ranqinq from 2 to 5.
An image processing apparatus comprising: a generator configured to generate distribution data indicating a two-dimensional frequency distribution of horizontal distance values of a range image based on the range image having pixel values according to distance of an object in a plurality of captured images; a detector configured to detect an object based on the distribution data with respect to the range image; a position predictor configured to predict a predicted position of the object in the distribution data with respect to a range image of a current frame based on the distribution data with respect to range images of a plurality of previous frames; and a tracking unit configured to integrate a plurality of objects detected by the detector based on the predicted position to track an integrated object in range images of subsequent frames, characterized in that the tracking unit is further configured to determine whether to integrate the plurality of objects, based on whether each of regions of the plurality of objects is included in a region corresponding to the predicted position, and based on respective distances in the distribution data between the predicted position and each of the positions of the plurality of objects. a generator configured to generate distribution data indicating a two-dimensional frequency distribution of horizontal distance values of a range image based on the range image having pixel values according to distance of an object in a plurality of captured images; a detector configured to detect an object based on the distribution data with respect to the range image; a position predictor configured to predict a predicted position of the object in the distribution data with respect to a range image of a current frame based on the distribution data with respect to range images of a plurality of previous frames; and a tracking unit configured to integrate a plurality of objects detected by the detector based on the predicted position to track an integrated object in range images of subsequent frames, characterized in that the tracking unit is further configured to determine whether to integrate the plurality of objects, based on whether each of regions of the plurality of objects is included in a region corresponding to the predicted position, and based on respective distances in the distribution data between the predicted position and each of the positions of the plurality of objects.
A windscreen wiper device of the flat blade type, comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one longitudinal groove , in which groove at least one longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for an oscillating arm , wherein said oscillating arm is pivotally connected to said connecting device about a pivot axis near one end thereof, characterized in that an electrically conductive coating is provided on at least a part of the flexible material of the wiper blade along at least a portion of its length in order to transfer electrically generated heat to the wiper blade upon applying a voltage to the electrically conductive coating .
An apparatus configured for a medical probe or catheter, comprising: a spring having a resilient member comprising a central ring and interposed between two contacting elements ; and extensions connected to the resilient member that are in contact with the elements , wherein a force applied to at least one of the elements causes a deformation of the spring that correlates with a displacement of the elements relative to one another; characterised in that the extensions comprise a plurality of legs attached to the central ring , including first legs and second legs , wherein the first legs and the second legs extend respectively in opposite first and second perpendicular directions to the ring . a spring having a resilient member comprising a central ring and interposed between two contacting elements ; and extensions connected to the resilient member that are in contact with the elements , wherein a force applied to at least one of the elements causes a deformation of the spring that correlates with a displacement of the elements relative to one another; characterised in that the extensions comprise a plurality of legs attached to the central ring , including first legs and second legs , wherein the first legs and the second legs extend respectively in opposite first and second perpendicular directions to the ring .
Method for sealing a structural opening panel in which a connected seal is intended to be secured to an area to be sealed, characterized in that , in this method, the seal is first affixed on the area to be sealed then secured to this area by at least two adhesion interfaces to said area to be sealed , a vacuum is created in each interface by connection to a vacuum source (18a, 18b; 3), and in that a geolocation of the seal and an emission of alarm signals (S) are transmitted to a centralization and intervention unit via a radiofrequency network when unexpected movement is detected in the position of the seal and/or in its environment.
An articulatable surgical instrument comprising: an end effector to treat tissue, wherein the end effector comprises an ultrasonic blade ; a hollow shaft extending proximally from the end effector along a longitudinal axis; and a waveguide extending through the shaft and acoustically coupled to the ultrasonic blade , wherein the waveguide comprises a distally positioned flange positioned within the hollow shaft proximally from the blade , and wherein the waveguide is held stationary at a first pivot point positioned within the hollow shaft proximally from the flange ; a reciprocating wedge (1016, 1016'; 1028; 1044; 1052) positioned within the hollow shaft such that distal motion of the wedge (1016, 1016'; 1028; 1044; 1052) pushes the wedge (1016, 1016'; 1028; 1044; 1052) between the flange and the hollow shaft , causing the ultrasonic blade to pivot about the first pivot point in a first direction. an end effector to treat tissue, wherein the end effector comprises an ultrasonic blade ; a hollow shaft extending proximally from the end effector along a longitudinal axis; and a waveguide extending through the shaft and acoustically coupled to the ultrasonic blade , wherein the waveguide comprises a distally positioned flange positioned within the hollow shaft proximally from the blade , and wherein the waveguide is held stationary at a first pivot point positioned within the hollow shaft proximally from the flange ; a reciprocating wedge (1016, 1016'; 1028; 1044; 1052) positioned within the hollow shaft such that distal motion of the wedge (1016, 1016'; 1028; 1044; 1052) pushes the wedge (1016, 1016'; 1028; 1044; 1052) between the flange and the hollow shaft , causing the ultrasonic blade to pivot about the first pivot point in a first direction.
A computer-implemented method of identifying a body part of a subject on which a hand-held device is used, wherein the hand-held device is for performing a personal care operation on the subject and the hand-held device comprises a head portion for contacting skin of the subject during the personal care operation, and wherein the hand-held device further comprises one or more sensors for measuring a respective parameter and generating respective measurement signals as the hand-held device is used on the skin of the subject, wherein the one or more sensors comprises at least one of: (a) a skin contact sensor, and the parameter measured by the skin contact sensor is indicative of whether the head portion is in contact with skin, (b) a skin tone sensor, and the parameter measured by the skin tone sensor is indicative of a skin tone of skin that the head portion is in contact with, or indicative of a skin tone of skin that is adjacent to the skin that the head portion is in contact with, and (c) a proximity sensor, and the parameter measured by the proximity sensor is indicative of a distance from the proximity sensor to skin adjacent to the skin that the head portion is in contact with; wherein the method comprises: - obtaining a respective measurement signal from each of the one or more sensors, each measurement signal comprising a time-series of measurements of the respective parameter as the hand-held device is used on the skin of the subject; - analysing the obtained one or more measurement signals using a trained machine learning model, MLM, to identify the body part of the subject that the hand-held device is used on, wherein the trained MLM analyses a plurality of measurements in a time window on each of the obtained one or more measurement signals to identify the body part; and - outputting an indication of the identified body part. (a) a skin contact sensor, and the parameter measured by the skin contact sensor is indicative of whether the head portion is in contact with skin, (b) a skin tone sensor, and the parameter measured by the skin tone sensor is indicative of a skin tone of skin that the head portion is in contact with, or indicative of a skin tone of skin that is adjacent to the skin that the head portion is in contact with, and (c) a proximity sensor, and the parameter measured by the proximity sensor is indicative of a distance from the proximity sensor to skin adjacent to the skin that the head portion is in contact with; - obtaining a respective measurement signal from each of the one or more sensors, each measurement signal comprising a time-series of measurements of the respective parameter as the hand-held device is used on the skin of the subject; - analysing the obtained one or more measurement signals using a trained machine learning model, MLM, to identify the body part of the subject that the hand-held device is used on, wherein the trained MLM analyses a plurality of measurements in a time window on each of the obtained one or more measurement signals to identify the body part; and - outputting an indication of the identified body part.
A rotary connector device comprising: a stator ; a rotator rotatably connected to the stator ; and a flexible flat cable group housed capably of being wound and rewound in an annular space (S1) between the stator and the rotator , the flexible flat cable group including a first flexible flat cable wound on an inner peripheral side of the annular space (S1); and a second flexible flat cable wound on an outer peripheral side with respect to the first flexible flat cable , having a length in the annular space (S1) longer than that of the first flexible flat cable , the second flexible flat cable including both first conductors (42-1b to 42-1e) constituting an airbag circuit; and a second conductor (42-1f) constituting a horn circuit; wherein the first flexible flat cable includes at least one fourth conductor (41-1a to 41-1c) constituting an abnormality detection circuit for detecting abnormality of the first flexible flat cable . a stator ; a rotator rotatably connected to the stator ; and a flexible flat cable group housed capably of being wound and rewound in an annular space (S1) between the stator and the rotator , the flexible flat cable group including a first flexible flat cable wound on an inner peripheral side of the annular space (S1); and a second flexible flat cable wound on an outer peripheral side with respect to the first flexible flat cable , having a length in the annular space (S1) longer than that of the first flexible flat cable , the second flexible flat cable including both first conductors (42-1b to 42-1e) constituting an airbag circuit; and a second conductor (42-1f) constituting a horn circuit; wherein the first flexible flat cable includes at least one fourth conductor (41-1a to 41-1c) constituting an abnormality detection circuit for detecting abnormality of the first flexible flat cable .
An intraoral imaging apparatus for tomosynthesis imaging comprising: (a) an intraoral detector that is coupled to a frame (78; 278), wherein the frame (78; 278) defines a target aperture for an incident radiation beam; and (b) an enclosure that is configured to seat against the target aperture while not being attached or connected to it, wherein the enclosure houses: (i) at least one x-ray source (10; 210) that is configured to emit a radiation beam from each of a plurality of focal points (f) within the enclosure ; (ii) a collimator having a static, movable or rolling shutter aperture (122, 124; 324, 325), that is disposed to form a collimated beam from the emitted radiation beam and direct the collimated radiation beam through the target aperture and to the detector as the incident radiation beam; and (iii) a geometric calibration phantom having a plurality of radio-opaque markers , the geometric calibration phantom being positioned in the path of the collimated beam and near or within the static, moveable or rolling shutter aperture (122, 124; 324, 325) of the collimator within the enclosure . (a) an intraoral detector that is coupled to a frame (78; 278), wherein the frame (78; 278) defines a target aperture for an incident radiation beam; and (b) an enclosure that is configured to seat against the target aperture while not being attached or connected to it, wherein the enclosure houses: (i) at least one x-ray source (10; 210) that is configured to emit a radiation beam from each of a plurality of focal points (f) within the enclosure ; (ii) a collimator having a static, movable or rolling shutter aperture (122, 124; 324, 325), that is disposed to form a collimated beam from the emitted radiation beam and direct the collimated radiation beam through the target aperture and to the detector as the incident radiation beam; and (iii) a geometric calibration phantom having a plurality of radio-opaque markers , the geometric calibration phantom being positioned in the path of the collimated beam and near or within the static, moveable or rolling shutter aperture (122, 124; 324, 325) of the collimator within the enclosure . (i) at least one x-ray source (10; 210) that is configured to emit a radiation beam from each of a plurality of focal points (f) within the enclosure ; (ii) a collimator having a static, movable or rolling shutter aperture (122, 124; 324, 325), that is disposed to form a collimated beam from the emitted radiation beam and direct the collimated radiation beam through the target aperture and to the detector as the incident radiation beam; and (iii) a geometric calibration phantom having a plurality of radio-opaque markers , the geometric calibration phantom being positioned in the path of the collimated beam and near or within the static, moveable or rolling shutter aperture (122, 124; 324, 325) of the collimator within the enclosure .