mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for treating a respiratory disorder, the apparatus comprising a flow generator configured to deliver a flow of air at a pressure above ambient pressure and one or more sensors configured to provide a respiratory flow signal, the apparatus being configured to: compute a measure of M-shaped inspiratory flow limitation from an inspiratory portion of the respiratory flow signal, wherein said measure indicates the extent to which the inspiratory portion is M-shaped, compute a proportion of increase in expiratory positive airway pressure (EPAP) per breath as a function of the measure of M-shaped inspiratory flow limitation, adjust the proportion of increase in EPAP per breath dependent on a ratio of breathwise ventilation to typical recent ventilation, and increase an EPAP value according to the computed proportion of increase in EPAP per breath, control the flow generator to deliver air at a treatment pressure, the treatment pressure being a function of the EPAP value, wherein M-shaped inspiratory flow limitation is characterised by an inspiratory flow waveform having two local peaks, one at the leading edge, and one at the trailing edge, and a relatively flat portion or a dip between the two peaks. compute a measure of M-shaped inspiratory flow limitation from an inspiratory portion of the respiratory flow signal, wherein said measure indicates the extent to which the inspiratory portion is M-shaped, compute a proportion of increase in expiratory positive airway pressure (EPAP) per breath as a function of the measure of M-shaped inspiratory flow limitation, adjust the proportion of increase in EPAP per breath dependent on a ratio of breathwise ventilation to typical recent ventilation, and increase an EPAP value according to the computed proportion of increase in EPAP per breath, control the flow generator to deliver air at a treatment pressure, the treatment pressure being a function of the EPAP value, wherein M-shaped inspiratory flow limitation is characterised by an inspiratory flow waveform having two local peaks, one at the leading edge, and one at the trailing edge, and a relatively flat portion or a dip between the two peaks.
An electronic device comprising: a memory configured to store an image of a multi-field of view (multi-FOV) including an image of a first FOV and an image of a second FOV; a display configured to output the image of the multi-FOV; and a processor configured to be electrically connected with the memory and the display, wherein the processor is configured to: output the image of the first FOV on the display; specify at least one event from the image of the second FOV which meets a condition, wherein: the condition is determined by analyzing a dynamic object extracted from a plurality of frames corresponding to the image of the second FOV, and the dynamic object is specified as the event when movement of the dynamic object is greater than or equal to a specified level; and provide a notification corresponding to the event in connection with the image of the first FOV, the image being output on the display. a memory configured to store an image of a multi-field of view (multi-FOV) including an image of a first FOV and an image of a second FOV; a display configured to output the image of the multi-FOV; and a processor configured to be electrically connected with the memory and the display, wherein the processor is configured to: output the image of the first FOV on the display; specify at least one event from the image of the second FOV which meets a condition, wherein: the condition is determined by analyzing a dynamic object extracted from a plurality of frames corresponding to the image of the second FOV, and the dynamic object is specified as the event when movement of the dynamic object is greater than or equal to a specified level; and provide a notification corresponding to the event in connection with the image of the first FOV, the image being output on the display. output the image of the first FOV on the display; specify at least one event from the image of the second FOV which meets a condition, wherein: the condition is determined by analyzing a dynamic object extracted from a plurality of frames corresponding to the image of the second FOV, and the dynamic object is specified as the event when movement of the dynamic object is greater than or equal to a specified level; and the condition is determined by analyzing a dynamic object extracted from a plurality of frames corresponding to the image of the second FOV, and the dynamic object is specified as the event when movement of the dynamic object is greater than or equal to a specified level; and provide a notification corresponding to the event in connection with the image of the first FOV, the image being output on the display.
A flap side edge module for noise attenuation configured in use for attachment to a wing flap, the module comprising a leading edge , a trailing edge and a body portion located therebetween, wherein the leading edge and trailing edge are substantially solid, the body portion extending between an upper and lower surface of the flap side edge module and consisting of a central portion and two transition regions, wherein the body portion is formed of a lattice structure wherein the central portion comprises a porous mesh defining a plurality of air passages through the mesh, the porous mesh comprising a first lattice density throughout, wherein the body portion is connected to each of the leading edge and the trailing edge by means of the transition regions , wherein each transition region has a lattice structure density gradient such that a lattice density varies between a second lattice density adjacent to regions proximate to a leading edge or trailing edge to the first lattice density at a portion of the transition region adjacent to the central portion , wherein the first lattice density is lower than the second lattice density.
A method for removing the insulation from and testing a cable , which comprises at least one conductor enclosed in a conductor insulation , with a stripping device that has a control device and at least one stripping blade , with said method comprising the following steps: a) extending the at least one stripping blade in the transverse direction (y) in a first phase in order to separate the conductor insulation of the cable extending in a longitudinal direction (x), b) displacing the at least one stripping blade relative to the cable in the longitudinal direction (x) parallel to the conductor in a second phase in order to remove the separated conductor insulation , c) detecting at least a first contact of the conductor with the at least one stripping blade in the first phase and in the second phase, characterized in that d) the at least one stripping blade is retracted in the transverse direction (y) upon detection of a contact in order to terminate the contact, e) the motion data for motions in the transverse direction (x) and in the longitudinal direction (y) of the at least one stripping blade at the time of the contact with the conductor is acquired, f) a further path of motions of the at least one stripping blade for the relevant contact with the conductor is determined from the acquired motion data and a corresponding local quality value (QL) is optionally formed, and, g) if a local quality value (QL) is formed, the local quality value (QL) is compared with a quality regulation (QR) in order to determine if the quality of the conductor meets the requirements. a) extending the at least one stripping blade in the transverse direction (y) in a first phase in order to separate the conductor insulation of the cable extending in a longitudinal direction (x), b) displacing the at least one stripping blade relative to the cable in the longitudinal direction (x) parallel to the conductor in a second phase in order to remove the separated conductor insulation , c) detecting at least a first contact of the conductor with the at least one stripping blade in the first phase and in the second phase, d) the at least one stripping blade is retracted in the transverse direction (y) upon detection of a contact in order to terminate the contact, e) the motion data for motions in the transverse direction (x) and in the longitudinal direction (y) of the at least one stripping blade at the time of the contact with the conductor is acquired, f) a further path of motions of the at least one stripping blade for the relevant contact with the conductor is determined from the acquired motion data and a corresponding local quality value (QL) is optionally formed, and, g) if a local quality value (QL) is formed, the local quality value (QL) is compared with a quality regulation (QR) in order to determine if the quality of the conductor meets the requirements.
An apparatus , comprising: a first thermal device ; a second thermal device ; at least one elastic element ; a connection element having a variable diameter and configured to releasably connect the first thermal device and the second thermal device , wherein the connection between the first thermal device and the second thermal device is releasable by means of a return force provided by the at least one elastic element ; and a plug which is insertable in the connection element and configured to enlarge the variable diameter of the connection element to establish mechanical contact between the connection element and the second thermal device . a first thermal device ; a second thermal device ; at least one elastic element ; a connection element having a variable diameter and configured to releasably connect the first thermal device and the second thermal device , wherein the connection between the first thermal device and the second thermal device is releasable by means of a return force provided by the at least one elastic element ; and a plug which is insertable in the connection element and configured to enlarge the variable diameter of the connection element to establish mechanical contact between the connection element and the second thermal device .
An eyewear frame of improved comfort, comprising: a one-piece non-folding eyewear frame to which a shield is attachable to provide eyewear, the frame being made of plastic having a flexural modulus of from about 1.7E+9 Pa (250,000 psi) to about 2.1E+9 Pa (310,000 psi) American Society of Testing and Materials D790A, with the frame having a brow piece and a pair of symmetric left and right ear pieces extending away from the brow piece at opposite ends of the brow piece , each ear piece terminating at a free end, with the free ends of the ear pieces being spaced apart from one another to define a gap (G), with the frame having a maximum width (W) characterised in that the ratio of the maximum width (W) to the gap (G) is in the range 3.1 to 4.4, the maximum width (W) of the frame coincides with the distance between bend points (BP) of the frame , and which bend points (BP) represent locations on the frame where the ear pieces bend when flexed and where the ear pieces begin to extend inwardly so as to lie inwardly of the maximum width (W) of the frame .
A remote controller for controlling a display apparatus , the remote controller comprising: a command receiver configured to receive a user command; a display configured to display information; a communicator configured to communicate with the display apparatus; and a controller configured to control the communicator to transmit the user command to the display apparatus in order to display an image of a first content, characterised in that the controller is further configured to control the display in order to display a graphic user interface (GUI) which comprises: a first item corresponding to the first content of which the image is being displayed on the display apparatus ; and a plurality of second items (82 to 84) corresponding to a plurality of second contents which are related to the first content, wherein the first item and the plurality of second items (82 to 84) are displayed to indicate correlation between the first content and each of the plurality of second contents, and wherein the controller is further configured to perform a control operation in order to display the GUI such that the plurality of second items (82 to 84) have various sizes, depending on the correlation between the first content and the plurality of second contents, respectively. a command receiver configured to receive a user command; a display configured to display information; a communicator configured to communicate with the display apparatus; and a controller configured to control the communicator to transmit the user command to the display apparatus in order to display an image of a first content, characterised in that the controller is further configured to control the display in order to display a graphic user interface (GUI) which comprises: a first item corresponding to the first content of which the image is being displayed on the display apparatus ; and a plurality of second items (82 to 84) corresponding to a plurality of second contents which are related to the first content, a first item corresponding to the first content of which the image is being displayed on the display apparatus ; and a plurality of second items (82 to 84) corresponding to a plurality of second contents which are related to the first content, wherein the first item and the plurality of second items (82 to 84) are displayed to indicate correlation between the first content and each of the plurality of second contents, and wherein the controller is further configured to perform a control operation in order to display the GUI such that the plurality of second items (82 to 84) have various sizes, depending on the correlation between the first content and the plurality of second contents, respectively.
An assembly component, comprising: a pair of stepped terraces (112-1, 112-2), for arrangement on either side of a ramp-stack chip package that is being assembled, having a vertical stack of steps in which a given step is offset from an adjacent step in a plane of the steps to define the pair of stepped terraces, wherein the steps in the pair of stepped terraces (112-1, 112-2) are configured to provide vertical reference positions for assembly of the ramp-stack chip package to constrain vertical positions of an assembly tool during assembly of the ramp-stack chip package ; wherein the assembly tool is configured to, during the assembly of a ramp-stack chip package , be mechanically coupled to a top surface of a given semiconductor die of a set of semiconductor dies in a ramp-stack chip package arranged in a vertical stack in which the given semiconductor die is offset from an adjacent semiconductor die in a plane of the set of semiconductor dies to define a stepped terrace, and in which a bottom surface of the given semiconductor die is mechanically coupled to the ramp-stack chip package; and wherein the assembly tool comprises one or more rigid wings (328-1, 328-2) placed against the steps in the pair of stepped terraces (112-1, 112-2), wherein the one or more rigid wings (328-1, 328-2) overhang the given semiconductor die on one or more edges of the given semiconductor die such that the assembly tool is suitable for constraining the vertical position of the top surface of the given semiconductor die by the steps in the pair of stepped terraces (112-1, 112-2). a pair of stepped terraces (112-1, 112-2), for arrangement on either side of a ramp-stack chip package that is being assembled, having a vertical stack of steps in which a given step is offset from an adjacent step in a plane of the steps to define the pair of stepped terraces, wherein the steps in the pair of stepped terraces (112-1, 112-2) are configured to provide vertical reference positions for assembly of the ramp-stack chip package to constrain vertical positions of an assembly tool during assembly of the ramp-stack chip package ; wherein the assembly tool is configured to, during the assembly of a ramp-stack chip package , be mechanically coupled to a top surface of a given semiconductor die of a set of semiconductor dies in a ramp-stack chip package arranged in a vertical stack in which the given semiconductor die is offset from an adjacent semiconductor die in a plane of the set of semiconductor dies to define a stepped terrace, and in which a bottom surface of the given semiconductor die is mechanically coupled to the ramp-stack chip package; and wherein the assembly tool comprises one or more rigid wings (328-1, 328-2) placed against the steps in the pair of stepped terraces (112-1, 112-2), wherein the one or more rigid wings (328-1, 328-2) overhang the given semiconductor die on one or more edges of the given semiconductor die such that the assembly tool is suitable for constraining the vertical position of the top surface of the given semiconductor die by the steps in the pair of stepped terraces (112-1, 112-2).
A method for removing a tattoo in a region of skin the method comprising: administering to at least a portion of the tattoo, a composition comprising an effective amount of a bisphosphonate and at least one pharmaceutically acceptable excipient to at least cause fading of the tattoo in said region.
A non-transitory processor-readable medium storing code representing instructions to be executed by a processor , the code comprising code to cause the processor to: receive, from a client device , a set of application programming interface, API, calls having a sequence; provide an indication associated with at least one API call from the set of API calls as an input to a machine learning model to identify a predicted sequence of API calls associated with the at least one API call; calculate a plurality of consistency scores for each pair of API calls from the set of API calls by comparing a proximity within the sequence of a first API call in that pair of API calls to a second API call in that pair of API calls and a proximity within the predicted sequence of the first API call in that pair of API calls to the second API call in that pair of API calls, each consistency score from the plurality of consistency scores for each pair of API calls being associated with a predetermined context; generate a combined consistency score for each pair of API calls by combining each consistency score from the plurality of consistency scores for that pair of API calls with remaining consistency scores from the plurality of consistency scores for that pair of API calls; identify, based on comparing the combined consistency scores for a plurality of pairs of API calls from the set of API calls to a predetermined threshold, that the client device is operating in a malicious manner; and restrict API calls received from the client device based on identifying that the client device is operating in the malicious manner. receive, from a client device , a set of application programming interface, API, calls having a sequence; provide an indication associated with at least one API call from the set of API calls as an input to a machine learning model to identify a predicted sequence of API calls associated with the at least one API call; calculate a plurality of consistency scores for each pair of API calls from the set of API calls by comparing a proximity within the sequence of a first API call in that pair of API calls to a second API call in that pair of API calls and a proximity within the predicted sequence of the first API call in that pair of API calls to the second API call in that pair of API calls, each consistency score from the plurality of consistency scores for each pair of API calls being associated with a predetermined context; generate a combined consistency score for each pair of API calls by combining each consistency score from the plurality of consistency scores for that pair of API calls with remaining consistency scores from the plurality of consistency scores for that pair of API calls; identify, based on comparing the combined consistency scores for a plurality of pairs of API calls from the set of API calls to a predetermined threshold, that the client device is operating in a malicious manner; and restrict API calls received from the client device based on identifying that the client device is operating in the malicious manner.
A methane conversion device comprising: a reaction chamber comprising conversion means that are configured to oxidise methane; a methane retention component; means for causing methane to be released from the methane retention component into the reaction chamber; a sensor that is adapted to detect the presence of methane within gas exterior to the methane conversion device; blowing means configured to drive gas from the exterior of the device onto the methane retention component when the sensor detects the presence of methane above a predetermined threshold; and positioning means for positioning the device on an animal. a reaction chamber comprising conversion means that are configured to oxidise methane; a methane retention component; means for causing methane to be released from the methane retention component into the reaction chamber; a sensor that is adapted to detect the presence of methane within gas exterior to the methane conversion device; blowing means configured to drive gas from the exterior of the device onto the methane retention component when the sensor detects the presence of methane above a predetermined threshold; and positioning means for positioning the device on an animal.
A screw compressor, comprising an oil separating barrel provided with a discharge port and an exhaust bearing seat being sheathed in the oil separating barrel , wherein the exhaust bearing seat is provided with an exhaust port , and an opening of the exhaust port is orientated in a way that, gas exhausted from the exhaust port has a component which rotationally flows along an inner wall of the oil separating barrel and around an axis of the oil separating barrel , wherein the opening of the exhaust port is orientated to be substantially perpendicular to an axis of a male rotor bearing chamber or an axis of a female rotor bearing chamber in the exhaust bearing seat, wherein the exhaust port is inclined upward to allow gas flow exhausted through the exhaust port to flow obliquely upward, characterized in that , the opening of the exhaust port comprises an exhaust port upper edge and an exhaust port lower edge , the exhaust port upper edge is an arc, and a tangent line of the arc and a horizontal plane form an opening inclination angle θ1 greater than 0 degree, the exhaust port lower edge is also an arc, and a tangent line of the arc and a horizontal plane form an opening inclination angle θ2 greater than 0 degree, and an oil return hole is provided in the exhaust bearing seat at a position close to the exhaust port upper edge , and, the opening inclination angle θ1 of the exhaust port upper edge is set as a specific largest value, and the opening inclination angle θ2 of the exhaust port lower edge is smaller than the opening inclination angle θ1 of the exhaust port upper edge by 5 degrees to 10 degrees.