mhurhangee/patent-ind-claim-en huggingface dataset:
Cutting device for cutting plant material, comprising a V-belt circulating about at least two belt pulleys and at least one holder coupled to the V-belt and a knife , wherein the holder is coupled to the V-belt in a force-fitting manner and comprises two holder elements that enclose the V-belt between one another and are preloaded towards one another, characterized in that a dividing line of the holder elements extends transversely to the longitudinal direction of the V-belt and radially with respect to the belt pulley , and a preloading means for preloading the holder elements , which extends parallel to the axis of rotation of the belt pulley and is arranged at a distance from the V-belt , is oriented transversely to the dividing line .
Display device for a motor vehicle , having a housing which has a projection device arranged in the housing for generating a virtual image on a projection surface located outside the housing and observable by an observer, which projection device has at least one mirror mounted pivotably about an axis of rotation and designed, in a deflection position, to deflect light output by a light source of the projection device , and having an adjustment device for adjusting the deflection position of the mirror by pivoting about the axis of rotation , wherein the adjustment device has at least one first shape-memory wire , which is coupled to the mirror , such that the mirror is pivotable about the axis of rotation by means of a change in length of the first shape-memory wire , and the adjustment device has a separate coupling element , which is coupled to the first shape-memory wire and to the mirror , such that a movement, in particular a linear movement, of the coupling element can be effected by means of the change in length of the first shape-memory wire , and thus a pivoting of the mirror about the axis of rotation occurs in order to shift the deflection position, and the shape-memory wire is positioned in such a way that, in a shortened position, it extends at least largely in parallel to the axis of rotation of the mirror . wherein the adjustment device has at least one first shape-memory wire , which is coupled to the mirror , such that the mirror is pivotable about the axis of rotation by means of a change in length of the first shape-memory wire , and the adjustment device has a separate coupling element , which is coupled to the first shape-memory wire and to the mirror , such that a movement, in particular a linear movement, of the coupling element can be effected by means of the change in length of the first shape-memory wire , and thus a pivoting of the mirror about the axis of rotation occurs in order to shift the deflection position, and the shape-memory wire is positioned in such a way that, in a shortened position, it extends at least largely in parallel to the axis of rotation of the mirror .
A computer implemented method for identification of an indication of at least one visual object in at least one anatomical image of a target individual, comprising: providing at least one anatomical image of a body portion of a target individual ; inputting the at least one anatomical image into a classification component of a neural network (NN) and inputting the at least one anatomical image into a segmentation component of the NN ; computing a size feature according to segmentation data outputted by the segmentation component for each pixel element of the at least one anatomical image, wherein the size feature comprises an indication of a respective size of each at least one segmented visual object identified in the at least one anatomical image; feeding the size feature into the classification component of the NN ; wherein the size feature is computed by multiplying each of a plurality of per pixel element segmentation probabilities outputted by the segmentation component, by a size associated with each pixel element to compute a plurality of sub-sizes, and summing the plurality of sub-sizes, wherein each segmentation probability is indicative of a respective probability of the respective pixel element indicative of the at least one visual object; and computing, by the classification component of the NN, an indication of at least one visual object in the at least one anatomical image . providing at least one anatomical image of a body portion of a target individual ; inputting the at least one anatomical image into a classification component of a neural network (NN) and inputting the at least one anatomical image into a segmentation component of the NN ; computing a size feature according to segmentation data outputted by the segmentation component for each pixel element of the at least one anatomical image, wherein the size feature comprises an indication of a respective size of each at least one segmented visual object identified in the at least one anatomical image; feeding the size feature into the classification component of the NN ; wherein the size feature is computed by multiplying each of a plurality of per pixel element segmentation probabilities outputted by the segmentation component, by a size associated with each pixel element to compute a plurality of sub-sizes, and summing the plurality of sub-sizes, wherein each segmentation probability is indicative of a respective probability of the respective pixel element indicative of the at least one visual object; and computing, by the classification component of the NN, an indication of at least one visual object in the at least one anatomical image .
A column for thermal treatment of fluid mixtures, having a cylindrical, vertical column body which forms a column cavity , a plurality of trays mounted in the column cavity and spaced apart vertically from one another, at least one stub disposed within the column body and extending away from the column body , and a closable inspection orifice formed in the stub , where a spray device disposed in the column body can spray liquid at least against the surface of the stub directed into the column cavity and where the spray device has a spray nozzle , an inlet and a spray liquid feed device, the spray liquid feed device being designed to draw spray liquid from the column cavity , to feed the spray liquid withdrawn through the inlet to the spray nozzle and to spray it by means of the spray nozzle at least against the surface of the stub directed into the column cavity , wherein the spray liquid feed device has an intake orifice disposed immediately above a tray (8-1) adjacent to the stub . a cylindrical, vertical column body which forms a column cavity , a plurality of trays mounted in the column cavity and spaced apart vertically from one another, at least one stub disposed within the column body and extending away from the column body , and a closable inspection orifice formed in the stub , where a spray device disposed in the column body can spray liquid at least against the surface of the stub directed into the column cavity and where the spray device has a spray nozzle , an inlet and a spray liquid feed device, the spray liquid feed device being designed to draw spray liquid from the column cavity , to feed the spray liquid withdrawn through the inlet to the spray nozzle and to spray it by means of the spray nozzle at least against the surface of the stub directed into the column cavity , wherein the spray liquid feed device has an intake orifice disposed immediately above a tray (8-1) adjacent to the stub .
A reception apparatus , configured to receive a serial data signal and a clock signal, and sample and output data of each bit of said serial data signal based on said clock signal, the reception apparatus comprising: a sampler block circuit , configured to take as data input said received serial data signal, and take as sampling clock input a multiphase sampling clock signal, and sample and output the data of each bit of said serial data signal with timing indicated by said multiphase sampling clock signal; a phase adjustment circuit , configured to take as input said received clock signal, adjust the phase of the received clock signal, and output a phase-adjusted clock signal after this phase adjustment; and a sampling clock signal generation circuit , configured to take as input said phase-adjusted clock signal output by said phase adjustment circuit , and generate said multiphase sampling clock signal based thereon and characterized in that said phase adjustment circuit is configured to adjust the phase of said received clock signal so that the phase-adjusted clock signal has a phase that leads the phase of the received clock signal by an amount of a time delay equal to the sum of a first time delay imparted by said sampling clock signal generation circuit to said multiphase sampling clock signal and a second time delay imparted by said sampler block circuit to said multiphase sampling clock signal. a sampler block circuit , configured to take as data input said received serial data signal, and take as sampling clock input a multiphase sampling clock signal, and sample and output the data of each bit of said serial data signal with timing indicated by said multiphase sampling clock signal; a phase adjustment circuit , configured to take as input said received clock signal, adjust the phase of the received clock signal, and output a phase-adjusted clock signal after this phase adjustment; and a sampling clock signal generation circuit , configured to take as input said phase-adjusted clock signal output by said phase adjustment circuit , and generate said multiphase sampling clock signal based thereon and characterized in that said phase adjustment circuit is configured to adjust the phase of said received clock signal so that the phase-adjusted clock signal has a phase that leads the phase of the received clock signal by an amount of a time delay equal to the sum of a first time delay imparted by said sampling clock signal generation circuit to said multiphase sampling clock signal and a second time delay imparted by said sampler block circuit to said multiphase sampling clock signal.
A method comprising, performed by at least one apparatus: extracting from radio signals, transmitted by a positioning support device and received by a mobile device, data enabling a determination of characteristics of radio signals transmitted by the positioning support device, the characteristics expected to be observable at different locations, wherein the data is at least partially encrypted using an encryption key that is associated with a particular version of a set of values of parameters that was used in assembling the data; attempting to decrypt the at least partially encrypted data using at least one encryption key that is accessible to the apparatus; determining whether the decryption with a used encryption key was successful; and if it is determined that the decryption was successful, selecting a version of a set of values of parameters that is associated with the encryption key. extracting from radio signals, transmitted by a positioning support device and received by a mobile device, data enabling a determination of characteristics of radio signals transmitted by the positioning support device, the characteristics expected to be observable at different locations, wherein the data is at least partially encrypted using an encryption key that is associated with a particular version of a set of values of parameters that was used in assembling the data; attempting to decrypt the at least partially encrypted data using at least one encryption key that is accessible to the apparatus; determining whether the decryption with a used encryption key was successful; and if it is determined that the decryption was successful, selecting a version of a set of values of parameters that is associated with the encryption key.
Method for producing a housing for an axial turbomachine , in particular for a compressor (4; 6), the housing comprising a metal sheet and at least one annular row of stator blades , the method comprising the following steps: (a) providing or producing a planar metal sheet , (b) welding stator blades onto one of the planar faces of the metal sheet , the blades being arranged so as to form at least one row of blades, and then a step of: (c) bending the metal sheet about a bending axis perpendicular to the row of blades , so as to form a housing with at least one angular tube portion as a result of the metal sheet, and with at least one angular portion of an annular row of blades . (a) providing or producing a planar metal sheet , (b) welding stator blades onto one of the planar faces of the metal sheet , the blades being arranged so as to form at least one row of blades,
A method comprising: computing , at a client device , a predicted pose of the client device at a future time, the future time being determined based on a communication latency between the client device and a mapping backend system ; sending , to the mapping backend system , the predicted pose of the client device and one or more frames of a scene associated with the client device ; receiving , by the client device from the mapping backend system , a map slice (236; 408) of a map of the scene associated with the client device , the map slice (236; 408) comprising a subset of map points from a plurality of map points in the map of the scene, the map slice (236; 408) being generated based on the predicted pose of the client device , wherein one or more map points of the subset of map points correspond to an area of the scene associated with the predicted pose ; and computing an updated pose of the client device based at least partly on the map slice (236; 408). computing , at a client device , a predicted pose of the client device at a future time, the future time being determined based on a communication latency between the client device and a mapping backend system ; sending , to the mapping backend system , the predicted pose of the client device and one or more frames of a scene associated with the client device ; receiving , by the client device from the mapping backend system , a map slice (236; 408) of a map of the scene associated with the client device , the map slice (236; 408) comprising a subset of map points from a plurality of map points in the map of the scene, the map slice (236; 408) being generated based on the predicted pose of the client device , wherein one or more map points of the subset of map points correspond to an area of the scene associated with the predicted pose ; and computing an updated pose of the client device based at least partly on the map slice (236; 408).
A composition comprising a pharmaceutically-acceptable formulation comprising deoxycholic acid or its salt for use in the treatment of involuted infantile hemangioma in a patient in need thereof.
Single tube sealing for mounting on an end portion of a rigid plastic tube , such as a micro-tube, the plastic tube having an inner channel for receiving at least one data cable , such as a fiber optic cable, the single tube sealing comprising: - an at least partially cylindrical sleeve , formed of a rigid material, such as plastic, and defining an internal space into which the end portion is insertable and an insertion opening for axial insertion of the end portion into the internal space and exit opening through which the data cable can extend axially out of the internal space; - an elastically deformable sealing body inserted into the internal space through the insertion opening and having a frustoconical or conical end section facing the inner channel of the plastic tube and formed for sealing the inner channel and a passage opening for the data cable ; and - a holding and releasing device partially axially inserted into the internal space through the insertion opening , which in a passive state exerts a radial holding force on the plastic tube to axially hold the plastic tube and is operable in such a way that the radial holding force is substantially repealed to release the plastic tube . - an at least partially cylindrical sleeve , formed of a rigid material, such as plastic, and defining an internal space into which the end portion is insertable and an insertion opening for axial insertion of the end portion into the internal space and exit opening through which the data cable can extend axially out of the internal space; - an elastically deformable sealing body inserted into the internal space through the insertion opening and having a frustoconical or conical end section facing the inner channel of the plastic tube and formed for sealing the inner channel and a passage opening for the data cable ; and - a holding and releasing device partially axially inserted into the internal space through the insertion opening , which in a passive state exerts a radial holding force on the plastic tube to axially hold the plastic tube and is operable in such a way that the radial holding force is substantially repealed to release the plastic tube .
A housing for a masonry oven core , comprising at least two shaped sections , capable of being attached together to form a shape that encompasses a masonry oven core , the shaped sections including wall sections that extend substantially vertically and roof sections which are curved so that they form a dome section; wherein the shaped sections are at least partly formed from mesh material capable of being rendered with mortar ; the housing being characterized in that wall sections and roof sections include securement holes such that when the sections are assembled, at least some of the securement holes of adjacent sections are substantially coincident; and the wall and roof sections are secured together using the securement holes . the shaped sections are at least partly formed from mesh material capable of being rendered with mortar ; the housing being characterized in that wall sections and roof sections include securement holes such that when the sections are assembled, at least some of the securement holes of adjacent sections are substantially coincident; and the wall and roof sections are secured together using the securement holes .
A waterproof plug-in lamp, comprising: a lamp cap holder , a lampshade and a light emitting source , wherein a connecting portion extending downwards is disposed in the middle inside the lamp cap holder , an upper end of the lampshade is fixed to the interior of the lamp cap holder , a waterproof ring is disposed at a lower end of the lamp cap holder , the waterproof ring makes contact with a surface of the lampshade , a waterproof plug is disposed at an upper end inside the lamp cap holder , and when the lampshade is fixed to the lamp cap holder , the waterproof plug makes contact with a top end of the lampshade ; wherein a thread-connected portion is disposed on the periphery of the upper end of the lampshade , a spiral portion is disposed on a side wall inside the lamp cap holder , the lampshade is threadably fixed to the lamp cap holder through the thread-connected portion and the spiral portion , characterized in that , bumps are disposed on a surface of the connecting portion , a groove is disposed at an upper end of the light emitting source , clamping holes corresponding to the bumps are disposed on two sides of the groove , a lower end of the connecting portion is plugged into the groove of the light emitting source , the bumps are clamped into the clamping holes . wherein a thread-connected portion is disposed on the periphery of the upper end of the lampshade , a spiral portion is disposed on a side wall inside the lamp cap holder , the lampshade is threadably fixed to the lamp cap holder through the thread-connected portion and the spiral portion , characterized in that , bumps are disposed on a surface of the connecting portion , a groove is disposed at an upper end of the light emitting source , clamping holes corresponding to the bumps are disposed on two sides of the groove , a lower end of the connecting portion is plugged into the groove of the light emitting source , the bumps are clamped into the clamping holes .
Studded tyre comprising: - a tread band on which a tread surface of said tyre is defined, - a plurality of holes formed in said tread band and opening on said tread surface , in which a corresponding plurality of studs are housed by engagement, each stud comprising a body housed in one of said holes and extending along a longitudinal axis (Z), and also comprising a pin extending longitudinally from said body so as to project from said tread band outside said hole , in which said body comprises a base , longitudinally opposed to said pin and housed in a radially internal position in said hole , and having a shape in plan view on which are defined a front side and an opposite rear side , said front side of said base being larger than said rear side of said base, characterised in that said front side and said rear side are substantially parallel to an axis of rotation (X) of said tyre and substantially perpendicular to an advancing direction (Y) of said tyre defined on said tread band at the position of said hole, and wherein said base of said stud has a trapezoidal shape in plan view, said front side of said base of the stud forming a longer base of said trapezium, and said rear side of said base of the stud forming a shorter base of said trapezium. - a tread band on which a tread surface of said tyre is defined, - a plurality of holes formed in said tread band and opening on said tread surface , in which a corresponding plurality of studs are housed by engagement, each stud comprising a body housed in one of said holes and extending along a longitudinal axis (Z), and also comprising a pin extending longitudinally from said body so as to project from said tread band outside said hole ,
A method of providing a voice mail service to a first user terminal (UE1) of a wireless communications system (S), the system (S) comprising an Internet protocol multimedia subsystem (IMS), a document management node (XDMS) and a voice mail node (VMS) capable of recording (7-1) a voice mail message (2-7) received from a second user terminal (UE2), characterized by the method comprising transmitting (7-2), in response to said recording, a put message (2-8) as an extensible markup language configuration access protocol, XCAP, operation from the voice mail node (VMS) to the document management node (XDMS), the put message including information on the recorded voice mail; storing (6-5), in response to receiving (6-5) the put message (2-8), the information on the recorded voice mail to voice mail history information on the first user terminal (UE1) in the document management node (XDMS); transmitting (6-7), in response to said storing, a notify message (2-10, 2-11) as a session initiation protocol, SIP, message or a session initiation protocol for instant messaging and presence leveraging extensions, SIMPLE, message from the document management node (XDMS) via the Internet protocol multimedia subsystem (IMS) to the first user terminal (UE1); transmitting (5-7), in response to receiving (5-5) the notify message (2-10, 2-11), a get message (2-14) as an XCAP operation from the first user terminal (UE1) directly to the document management node (XDMS); transmitting (6-10), in response to receiving (6-9) the get message (2-14), a response message (2-15) from the document management node (XDMS) directly to the first user terminal (UE1), the response message being an XCAP operation acknowledging the get message and including the voice mail history information on the first user terminal (UE1); receiving (2-16, 5-9) the response message comprising the voice mail history information in the first user terminal (UE1); displaying (2-16, 5-9), in response to the receiving (2-16, 5-9) of the response message, the received voice mail history information to the user of the first user terminal (UE1); and retrieving (2-17, 5-10), in response to recognising a predetermined action by the user, a selected voice mail message from the voice mail node (VMS) to the first user terminal (UE1) using a link to the selected voice mail message in the voice mail node (VMS), the link being comprised in the voice mail history information received in the first user terminal (UE1) from the document management node (XDMS).