mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling the update of an interactive service (S) in a local network , said service (S) comprising at least two software components (C1, C2), at least one first software component (C1) on a first terminal, called the mobile terminal , connected to a network other than the local network , called the mobile network, and at least one second software component (C2) on a second terminal, called the receiver terminal , able to communicate with the mobile terminal , said method being characterized in that the communication between the two terminals is set up via said local network , said software components interactively ensuring the interactive service, the method being characterized in that it comprises steps of: - downloading (E10) to the mobile terminal an update of the service (S) originating from the mobile network , said update comprising: o the first software component, which comprises two sub-components: a first sub-component corresponding to an update program and a second sub-component corresponding to an update of the interactive service on the mobile terminal; o the second software component being an update of the interactive service on said receiver terminal; - updating said second software sub-component of the interactive service on the mobile terminal; and - transmitting (E14) to said receiver terminal said second software component. - downloading (E10) to the mobile terminal an update of the service (S) originating from the mobile network , said update comprising: o the first software component, which comprises two sub-components: a first sub-component corresponding to an update program and a second sub-component corresponding to an update of the interactive service on the mobile terminal; o the second software component being an update of the interactive service on said receiver terminal; o the first software component, which comprises two sub-components: a first sub-component corresponding to an update program and a second sub-component corresponding to an update of the interactive service on the mobile terminal; o the second software component being an update of the interactive service on said receiver terminal; - updating said second software sub-component of the interactive service on the mobile terminal; and - transmitting (E14) to said receiver terminal said second software component.
A liquid handling system for dispensing a liquid sample from a tip, said system comprising: - a light source configured to project a first beam of light via a first optical path that interacts with the tip or its contents, and further configured to direct a second beam of light via a second optical path that does not interact with the tip and its contents; - a first detector configured to detect the first beam of light; - a second detector configured to detect the second beam of light; - an analysis unit configured to analyse a state of the tip on the basis of signals obtained from the first and second detectors; wherein the second detector is a normalization detector configured to measure intensity of the light source; the liquid handling system comprising a time-of-flight component which contains the light source and the first detector and which is configured for calculating the distance to the liquid surface in the tip. - a light source configured to project a first beam of light via a first optical path that interacts with the tip or its contents, and further configured to direct a second beam of light via a second optical path that does not interact with the tip and its contents; - a first detector configured to detect the first beam of light; - a second detector configured to detect the second beam of light; - an analysis unit configured to analyse a state of the tip on the basis of signals obtained from the first and second detectors;
A method for processing audio signals comprising the steps of: measuring a binaural impulse response of a pair of speakers in a room with an impulse response measurement system using binaural microphones worn by an intended listener or a dummy head , generating a Speaker+ Room Binaural Impulse Response, SRbIR, filter from said binaural impulse response by windowing the measured binaural impulse response with a sufficiently long time window to include the direct sound and reflected sound; generating a spectrally uncolored crosstalk cancellation filter from a time-windowed version of said SRbIR filter that includes direct sound but excludes reflected sound; utilizing a convolver to filter the audio signals through a combination of said SRbIR filter and said crosstalk cancellation filter to generate a stereo audio signal; and feeding the resulting stereo audio signal to headphones to provide the listener with an emulation of audio playback through crosstalk-cancelled speakers that gives the perception of a head-externalized 3D audio image. measuring a binaural impulse response of a pair of speakers in a room with an impulse response measurement system using binaural microphones worn by an intended listener or a dummy head , generating a Speaker+ Room Binaural Impulse Response, SRbIR, filter from said binaural impulse response by windowing the measured binaural impulse response with a sufficiently long time window to include the direct sound and reflected sound; generating a spectrally uncolored crosstalk cancellation filter from a time-windowed version of said SRbIR filter that includes direct sound but excludes reflected sound; utilizing a convolver to filter the audio signals through a combination of said SRbIR filter and said crosstalk cancellation filter to generate a stereo audio signal; and feeding the resulting stereo audio signal to headphones to provide the listener with an emulation of audio playback through crosstalk-cancelled speakers that gives the perception of a head-externalized 3D audio image.
A dental product for forming an endodontic cement in a dental canal, said product comprising at least: - a powder composition in a mass content comprised between 40% and 55% comprising at least one calcium phosphate and able to form hydroxyapatite in the presence of moisture, - a binder in a mass content comprised between 0.5% and 5%, and - a liquid medium in a mass content comprised between 30% and 50%. - a powder composition in a mass content comprised between 40% and 55% comprising at least one calcium phosphate and able to form hydroxyapatite in the presence of moisture, - a binder in a mass content comprised between 0.5% and 5%, and - a liquid medium in a mass content comprised between 30% and 50%.
Surgical instrument for use in minimally invasive surgery, having a handgrip which is movable relative to a counter-grip to actuate the surgical instrument , having a push-push locking mechanism for releasably holding the surgical instrument in an actuated position, which locking mechanism has a pivotable latch and a closure piece behind which the latch engages in a locked position so that it holds the surgical instrument releasably in the actuated position, the latch being deflectable out of the locked position in two opposite directions, so that when the handgrip moves relative to the counter-grip the latch is able to move past the closure piece and thereby move into and out of engagement with the closure piece , wherein the push-push locking mechanism has a restoring spring which is tensioned by deflection of the latch and which urges the deflected latch , irrespective of its direction of deflection, back into a non-deflected position, and wherein the latch and the restoring spring are different parts, characterised in that a pivot axis of the latch runs in a plane of movement of the handgrip relative to the counter-grip and/or runs tangentially with respect to a circle concentric with a pivot axis of the handgrip .
An implantable electrical device , comprising: a flexible substrate having a first surface and one or more electrical conductors ; a first biocompatible encapsulation layer ; a first adhesion layer , disposed between the first surface and the first encapsulation layer ; wherein: the first surface comprises a Liquid-Crystal Polymer (LCP); the first adhesion layer is configured and arranged to conform to the first surface and comprises a ceramic material; the first encapsulation layer comprises a silicone rubber, and the first adhesion layer and the first encapsulation layer are configured and arranged to resist the ingress of fluids from a human or animal body into at least a portion of the first surface . a flexible substrate having a first surface and one or more electrical conductors ; a first biocompatible encapsulation layer ; a first adhesion layer , disposed between the first surface and the first encapsulation layer ; wherein: the first surface comprises a Liquid-Crystal Polymer (LCP); the first adhesion layer is configured and arranged to conform to the first surface and comprises a ceramic material; the first encapsulation layer comprises a silicone rubber, and the first adhesion layer and the first encapsulation layer are configured and arranged to resist the ingress of fluids from a human or animal body into at least a portion of the first surface . the first surface comprises a Liquid-Crystal Polymer (LCP); the first adhesion layer is configured and arranged to conform to the first surface and comprises a ceramic material; the first encapsulation layer comprises a silicone rubber, and the first adhesion layer and the first encapsulation layer are configured and arranged to resist the ingress of fluids from a human or animal body into at least a portion of the first surface .
Method for allocating quantization bits for spatial information parameters per frequency sub-band, for a parametric coding/decoding of a multichannel audio stream representing a sound scene consisting of a plurality of sound sources and comprising a step of quantization/inverse quantization per frequency sub-band of spatial information parameters describing the spatial position of the sound sources of the sound scene, characterized in that that it comprises the following steps: - estimation (E203) of a spatial resolution of the current sub-band on the basis of spectral properties of the sub-band; - determination (E204) of a number of bits to be allocated to the current sub-band, the number of bits to be allocated being inversely proportional to the estimated spatial resolution. - estimation (E203) of a spatial resolution of the current sub-band on the basis of spectral properties of the sub-band; - determination (E204) of a number of bits to be allocated to the current sub-band, the number of bits to be allocated being inversely proportional to the estimated spatial resolution.
Variable-orifice valve for controlling the flow rate of a mixture of solids and fluids such as the one present in equipment for processing petroleum, comprising: - a tubular pipe , - a first flat plate extending transversely to the pipe inside the pipe and secured thereto, this first flat plate being pierced by a central orifice and by a plurality of peripheral orifices disposed circumferentially around the central orifice, - a second flat plate extending transversely to the pipe inside the pipe and mounted so as to be able to rotate inside it, the second plate having a plurality of orifices at least the shape and spacing of which correspond to those of the orifices in the first plate, - at least one support element supporting the second plate pivotably with respect to the first plate, - an adjustment system coming into engagement with the second plate with orifices to adjust the relative positions of the peripheral orifices in the first and second plates by rotating the second plate, characterised in that each peripheral orifice in the first plate is surrounded by a chimney secured to the first plate and projecting from one face thereof located on the side opposite to the second plate. - a tubular pipe , - a first flat plate extending transversely to the pipe inside the pipe and secured thereto, this first flat plate being pierced by a central orifice and by a plurality of peripheral orifices disposed circumferentially around the central orifice, - a second flat plate extending transversely to the pipe inside the pipe and mounted so as to be able to rotate inside it, the second plate having a plurality of orifices at least the shape and spacing of which correspond to those of the orifices in the first plate, - at least one support element supporting the second plate pivotably with respect to the first plate, - an adjustment system coming into engagement with the second plate with orifices to adjust the relative positions of the peripheral orifices in the first and second plates by rotating the second plate,
A method of detecting an object in a hallway proximate a door , the method comprising: receiving a status of an access control operably connected to a door of a room , the status indicating that the door has been opened; determining that an object is located in a hallway proximate the door ; determining whether the door was opened by a person from inside of the room or from outside of the room using a credential to actuate the access control ; and determining who opened the door ; characterised in that the person has left the object out in the hallway and the method further comprises generating and transmitting an alert in response to who opened the door and whether the door was opened from inside of the room or from outside of the room using a credential to actuate the access control . receiving a status of an access control operably connected to a door of a room , the status indicating that the door has been opened; determining that an object is located in a hallway proximate the door ; determining whether the door was opened by a person from inside of the room or from outside of the room using a credential to actuate the access control ; and determining who opened the door ; characterised in that the person has left the object out in the hallway and the method further comprises generating and transmitting an alert in response to who opened the door and whether the door was opened from inside of the room or from outside of the room using a credential to actuate the access control .
An apparatus comprising: an automation system configured to protect a secured area ; a plurality of sensors of the automation system that detect threats within the secured area ; a plurality of prospective events defined within a memory of the automation system , wherein each of the plurality of prospective events includes at least a physical change in an environment of the secured area , a time of execution of the physical change, and a corresponding actuator that causes the physical change; a processor of the automation system that periodically activates the corresponding actuator at the time of execution for each of the plurality of prospective events, wherein the processor of the automation system monitors each of the plurality of sensors for activations and saves a respective record of each of the activations to a cloud memory ; and a cloud processor that monitors the respective record of each of the plurality of sensors over a time period, determines a difference between the activations in the respective record and the plurality of prospective events, presents, on a user interface of the automation system , a change request based on the difference, and modifies, responsive to an acceptance of the change request, the plurality of prospective events based upon the difference. an automation system configured to protect a secured area ; a plurality of sensors of the automation system that detect threats within the secured area ; a plurality of prospective events defined within a memory of the automation system , wherein each of the plurality of prospective events includes at least a physical change in an environment of the secured area , a time of execution of the physical change, and a corresponding actuator that causes the physical change; a processor of the automation system that periodically activates the corresponding actuator at the time of execution for each of the plurality of prospective events, wherein the processor of the automation system monitors each of the plurality of sensors for activations and saves a respective record of each of the activations to a cloud memory ; and a cloud processor that monitors the respective record of each of the plurality of sensors over a time period, determines a difference between the activations in the respective record and the plurality of prospective events, presents, on a user interface of the automation system , a change request based on the difference, and modifies, responsive to an acceptance of the change request, the plurality of prospective events based upon the difference.
Forklift truck having at least two environment sensors mounted on different fork arms ; characterized in that the environment sensors each have at least a part of their detection range directed outwards at right angles to the forklift truck .
A connector arrangement of a seal positioning and stabilizing structure of a patient interface system for connecting a first strap to a second strap to position and stabilize a patient interface structure on a patient's face for delivery of a supply of air at positive pressure to the patient's airways for treatment of sleep disordered breathing, characterized by comprising: a plurality of first locking projections provided on the first strap ; and a clip provided on the second strap , the clip being configured to receive the first strap , the clip comprising a retention feature that is configured to engage the first strap between adjacent first locking projections to retain the first strap in the clip , and a slot configured to accommodate a portion of the first strap that is displaced by the retention feature when the retention feature engages the first strap between two adjacent first locking projections . a plurality of first locking projections provided on the first strap ; and a clip provided on the second strap , the clip being configured to receive the first strap , the clip comprising a retention feature that is configured to engage the first strap between adjacent first locking projections to retain the first strap in the clip , and a slot configured to accommodate a portion of the first strap that is displaced by the retention feature when the retention feature engages the first strap between two adjacent first locking projections .
An AAV peptide comprising a sequence of 11 contiguous amino acids X 1 X 2 X 3 X 4 X 5 X 6 X 7 X 8 X 9 X 10 X 11 , wherein X 1 is D, A, E, Q, N, G, or S; X 2 is G, N, S, T, Q, R or V; X 3 is T, S orN; X 4 is L or V; X 5 is A, S, Q, P, or T; X 6 is V, T, Q, N, L, or M; X 7 is P; X 8 is F, Y, V, L, C, or S; X 9 is K, R or S; X 10 is A or N; and X 11 is Q or P, wherein the AAV peptide does not comprise amino acid sequence AQTLAVPFKAQ (SEQ ID NO: 1). X 1 is D, A, E, Q, N, G, or S; X 2 is G, N, S, T, Q, R or V; X 3 is T, S orN; X 4 is L or V; X 5 is A, S, Q, P, or T; X 6 is V, T, Q, N, L, or M; X 7 is P; X 8 is F, Y, V, L, C, or S; X 9 is K, R or S; X 10 is A or N; and X 11 is Q or P, wherein the AAV peptide does not comprise amino acid sequence AQTLAVPFKAQ (SEQ ID NO: 1).
An image pickup device comprising: a plurality of A/D converters for each column of a pixel array ; a selection unit configured to select the number of A/D converters that output a pixel signal of each pixel; a control unit configured to control the selection unit and to cause the selection unit to select the number of the A/D converters according to a request; and a plurality of output lines to connect pixels of the pixel array to the A/D converters, wherein each output line is connected to a different subset of pixels in the column, wherein the selection unit is configured to select an output destination of the pixel signal from among the plurality of A/D converters corresponding to the column, wherein in a first mode, the control unit is configured to control the selection unit so as to connect each pixel of the column to at least two of the plurality of A/D converters, and in a second mode, the control unit is configured to divide the pixels of the column into a plurality of paths and control the selection unit so as to connect pixels of each path to the A/D converter different from the A/D converters connected to pixels of the other paths. a plurality of A/D converters for each column of a pixel array ; a selection unit configured to select the number of A/D converters that output a pixel signal of each pixel; a control unit configured to control the selection unit and to cause the selection unit to select the number of the A/D converters according to a request; and a plurality of output lines to connect pixels of the pixel array to the A/D converters, wherein each output line is connected to a different subset of pixels in the column, wherein the selection unit is configured to select an output destination of the pixel signal from among the plurality of A/D converters corresponding to the column, wherein in a first mode, the control unit is configured to control the selection unit so as to connect each pixel of the column to at least two of the plurality of A/D converters, and in a second mode, the control unit is configured to divide the pixels of the column into a plurality of paths and control the selection unit so as to connect pixels of each path to the A/D converter different from the A/D converters connected to pixels of the other paths.
A method for correcting a resting blood flow velocity on the basis of an interval time between angiogram images, characterized by comprising: acquiring, in an angiography state, an average blood flow velocity V h from a coronary artery inlet to a distal end of a coronary artery stenosis; acquiring a time difference Δt between start times of two adjacent bolus injections of a contrast agent; obtaining a correction coefficient K according to the time difference Δt ; obtaining a resting blood flow velocity V j according to the correction coefficient K and the average blood flow velocity V h . acquiring, in an angiography state, an average blood flow velocity V h from a coronary artery inlet to a distal end of a coronary artery stenosis; acquiring a time difference Δt between start times of two adjacent bolus injections of a contrast agent; obtaining a correction coefficient K according to the time difference Δt ; obtaining a resting blood flow velocity V j according to the correction coefficient K and the average blood flow velocity V h .