mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for determining a visual and postural behavior of a person, the method comprising: - a person image receiving step during which a plurality of images of the person are received, - a context determining step during which the plurality of images of the person are analyzed so as to determine context data representative of the context in which the person is on each image of the plurality of images, - an analyzing step during which the plurality of images of the person are analyzed so as to determine at least one oculomotor parameter of the person, - a postural and visual behavior determining step during which the optical and postural behavior of the person is determined based at least on the at least one oculomotor parameter and the context data, characterised by - a reference postural and visual behavior data receiving step during which reference postural and visual behavior data are received, the reference postural and visual behavior data corresponding to the appropriate postural and visual behavior of a reference person wearing lenses of a specific prescription adapted to said reference person, - a comparison step during which reference postural and visual behavior data and the postural and visual behavior of the person are compared so as to determine a lens utilization anomaly, the lens utilization anomaly referring to an inappropriate utilization of the lenses and/or the utilization of lenses not adapted for the person. - a person image receiving step during which a plurality of images of the person are received, - a context determining step during which the plurality of images of the person are analyzed so as to determine context data representative of the context in which the person is on each image of the plurality of images, - an analyzing step during which the plurality of images of the person are analyzed so as to determine at least one oculomotor parameter of the person, - a postural and visual behavior determining step during which the optical and postural behavior of the person is determined based at least on the at least one oculomotor parameter and the context data, characterised by - a reference postural and visual behavior data receiving step during which reference postural and visual behavior data are received, the reference postural and visual behavior data corresponding to the appropriate postural and visual behavior of a reference person wearing lenses of a specific prescription adapted to said reference person, - a comparison step during which reference postural and visual behavior data and the postural and visual behavior of the person are compared so as to determine a lens utilization anomaly, the lens utilization anomaly referring to an inappropriate utilization of the lenses and/or the utilization of lenses not adapted for the person.
A method of establishing a mesh network, characterized by the method comprising: deploying a plurality of mesh nodes, wherein each of mesh nodes has a capability to communicate with other mesh nodes and a gateway capability to provide an access to a service network, wherein the service network provides a wireless communication service; establishing a plurality of links between the mesh nodes, each of the links connecting two of the mesh nodes; searching and selecting a plurality of dynamic gateway nodes from the plurality of the mesh nodes and establishing a plurality of connections between the dynamic gateway nodes and the service network; and performing routing and path optimization to find optimal route paths for all the mesh nodes to access the service network. deploying a plurality of mesh nodes, wherein each of mesh nodes has a capability to communicate with other mesh nodes and a gateway capability to provide an access to a service network, wherein the service network provides a wireless communication service; establishing a plurality of links between the mesh nodes, each of the links connecting two of the mesh nodes; searching and selecting a plurality of dynamic gateway nodes from the plurality of the mesh nodes and establishing a plurality of connections between the dynamic gateway nodes and the service network; and performing routing and path optimization to find optimal route paths for all the mesh nodes to access the service network.
A gas sensor configured to detect a gas that is a target of detection, comprising: a light source; a prism having a metal layer in an irradiation range of an incident light incident from the light source, and changing a path of the incident light at the metal layer to emit the incident light as an exit light; and a detector; wherein the gas sensor further comprises a gas absorbing liquid provided on a surface of the metal layer, and capable of absorbing the gas, and a holding means configured to hold the gas absorbing liquid on the metal layer, wherein the detector is configured to detect the gas based on a change in light intensity of the exit light by a surface plasmon resonance phenomenon that occurs in the metal layer in response to the change in the dielectric constant of the gas absorbing liquid due to absorption of the gas in the gas absorbing liquid. a light source; a prism having a metal layer in an irradiation range of an incident light incident from the light source, and changing a path of the incident light at the metal layer to emit the incident light as an exit light; and a detector; wherein the gas sensor further comprises a gas absorbing liquid provided on a surface of the metal layer, and capable of absorbing the gas, and a holding means configured to hold the gas absorbing liquid on the metal layer, wherein the detector is configured to detect the gas based on a change in light intensity of the exit light by a surface plasmon resonance phenomenon that occurs in the metal layer in response to the change in the dielectric constant of the gas absorbing liquid due to absorption of the gas in the gas absorbing liquid.
Cosmetic preparation comprising a) calcium chloride and/or calcium carbonate at a total concentration of 0.01 to 3% by weight, based on the total weight of the preparation, b) glycerin, c) calcium starch octenylsuccinate (INCI Calcium Starch Octenylsuccinate). a) calcium chloride and/or calcium carbonate at a total concentration of 0.01 to 3% by weight, based on the total weight of the preparation, b) glycerin, c) calcium starch octenylsuccinate (INCI Calcium Starch Octenylsuccinate).
A method for operating a network node in a wireless communication network, the method comprising: - detecting signals transmitted from wireless communication devices scheduled for uplink transmissions; - selecting a subset of the detected signals for decoding; - decoding said selected subset; and - initiating a rescheduling of the wireless communication devices that transmitted the detected signals that were not selected for decoding. - detecting signals transmitted from wireless communication devices scheduled for uplink transmissions; - selecting a subset of the detected signals for decoding; - decoding said selected subset; and - initiating a rescheduling of the wireless communication devices that transmitted the detected signals that were not selected for decoding.
A lithographic printing plate precursor which comprises, on a support having a hydrophilic surface, an image-forming layer which contains: a) fine particles having an average particle size of from 0.01 to 2.0 μm containing a thermosetting compound having a molecular weight of 1000 or less containing a hydroxymethyl group or an alkoxymethyl group, b) a hydrophilic resin, c) an infrared ray-absorbing dye. a) fine particles having an average particle size of from 0.01 to 2.0 μm containing a thermosetting compound having a molecular weight of 1000 or less containing a hydroxymethyl group or an alkoxymethyl group, b) a hydrophilic resin, c) an infrared ray-absorbing dye.
A computer-implemented method, comprising: receiving sets of audio recordings by a user device that includes a plurality of microphones, wherein, for each set of audio recordings, each audio recording in the set is recorded over a respective separate microphone in the plurality of microphones in the user device during a particular time interval, and each particular time interval is different for each set of audio recordings; for each set of audio recordings, determining, by a detector, whether an audio recording in the set of audio recordings includes a particular audio feature, and whether another one of the audio recordings does not include the particular audio feature; characterized in that, for each set of audio recordings determined to include an audio recording that includes the particular audio feature and to include another audio recording that does not include the particular audio feature, generating a labeled training example that includes (i) at least a portion of the audio recording that was determined to not include the particular audio feature, and (ii) a label that indicates the presence of the particular audio feature. receiving sets of audio recordings by a user device that includes a plurality of microphones, wherein, for each set of audio recordings, each audio recording in the set is recorded over a respective separate microphone in the plurality of microphones in the user device during a particular time interval, and each particular time interval is different for each set of audio recordings; for each set of audio recordings, determining, by a detector, whether an audio recording in the set of audio recordings includes a particular audio feature, and whether another one of the audio recordings does not include the particular audio feature; characterized in that, for each set of audio recordings determined to include an audio recording that includes the particular audio feature and to include another audio recording that does not include the particular audio feature, generating a labeled training example that includes (i) at least a portion of the audio recording that was determined to not include the particular audio feature, and (ii) a label that indicates the presence of the particular audio feature.
A composition comprising a fibroblast growth factor-9 polypeptide for use in treating hair loss due to androgenetic alopecia in a subject by administering the composition to the subject after the subject's epidermis has been disrupted in the region of hair loss due to the androgenetic alopecia.
A rotor assembly comprising a shaft to which are mounted an impeller, a rotor core and a bearing cartridge, the bearing cartridge being mounted between the impeller and the rotor core and comprising a pair of bearings (7,8), a spring applying a preload to each of the bearings (7,8) and a sleeve surrounding the bearings (7,8), characterised in that the sleeve has a coefficient of thermal expansion substantially matching that of the shaft, the sleeve is formed of a non-magnetic material, and the shaft is formed of a soft magnetic material.
Railway vehicle with a car body structure and a door opening, in particular an outer door, wherein the car body structure comprises as load-bearing component at least one hollow chamber profile - with a first profile chamber extending in a longitudinal direction of the hollow chamber profile and closed transversely to the longitudinal direction, and - with at least one second profile chamber (5a, 5b) extending in the longitudinal direction of the hollow chamber profile and closed transversely to the longitudinal direction, - wherein the hollow chamber profile runs parallel to the longitudinal direction (X') of the car body structure, - wherein the hollow chamber profile is arranged vertically below and/or above the door opening - wherein the at least one second profile chamber (5a, 5b) is formed by an extrusion profile (7, 7') closed transversely to the longitudinal direction, and - wherein, in a section transverse to the longitudinal direction, the cross-sectional area of the first profile chamber is larger than the cross-sectional area of the at least one second profile chamber (5a, 5b), characterised in that the first profile chamber is formed by - a section of the closed extrusion profile, or - a portion of a first closed extrusion profile and a portion of at least one second closed extrusion profile as well as at least one further profile (11, 11') open transversely to the longitudinal direction, the respective closed extrusion profile (7, 7') and the at least one further profile (11, 11') being connected, preferably welded, to one another with a material bond. - with a first profile chamber extending in a longitudinal direction of the hollow chamber profile and closed transversely to the longitudinal direction, and - with at least one second profile chamber (5a, 5b) extending in the longitudinal direction of the hollow chamber profile and closed transversely to the longitudinal direction, - wherein the hollow chamber profile runs parallel to the longitudinal direction (X') of the car body structure, - wherein the hollow chamber profile is arranged vertically below and/or above the door opening - wherein the at least one second profile chamber (5a, 5b) is formed by an extrusion profile (7, 7') closed transversely to the longitudinal direction, and - wherein, in a section transverse to the longitudinal direction, the cross-sectional area of the first profile chamber is larger than the cross-sectional area of the at least one second profile chamber (5a, 5b), - a section of the closed extrusion profile, or - a portion of a first closed extrusion profile and a portion of at least one second closed extrusion profile
An automatically guided vehicle for towing a wheeled cart having at least four wheels and provided with a cart frame, the vehicle comprising: • drive wheels; • a robot body mounted on said drive wheels; • a control system utilizing a navigational system; • a cart attaching mechanism mounted on said robot body for coupling the cart to said vehicle; • at least one proximity sensor mounted on the robot body, said control system coupled to said at least one proximity sensor for adjusting the calculated robotic position and detecting any obstacles; characterized in that the cart attaching mechanism includes a trailer arm that is freely rotatable in a horizontal plane, said arm mounted in a pivot point on the robot body in one end and provided with a gripping portion in the other end for gripping and holding the cart to be towed, said gripping portion comprising: - a vertical bar element attached to the trailer arm; - a horizontal bar element flexibly attached via a first pivot point to the vertical bar element; - a hook element for gripping the cart frame, said hook element provided with a hook, and said hook element being flexibly attached via a second pivot point the horizontal bar element, and wherein the hook is movable by actuation means; - at least two supporting brackets positioned on each side of the hook for providing a clamp force against the cart frame. • drive wheels; • a robot body mounted on said drive wheels; • a control system utilizing a navigational system; • a cart attaching mechanism mounted on said robot body for coupling the cart to said vehicle; • at least one proximity sensor mounted on the robot body, said control system coupled to said at least one proximity sensor for adjusting the calculated robotic position and detecting any obstacles; - a vertical bar element attached to the trailer arm; - a horizontal bar element flexibly attached via a first pivot point to the vertical bar element; - a hook element for gripping the cart frame, said hook element provided with a hook, and said hook element being flexibly attached via a second pivot point the horizontal bar element, and wherein the hook is movable by actuation means; - at least two supporting brackets positioned on each side of the hook for providing a clamp force against the cart frame.
A method of handling multipath connections in a communication system comprising a public land mobile network, PLMN, wherein the multipath connections comprise a Multi-Path Transmission Control Protocol, MPTCP, connection, the method comprising the steps of: determining by a network node within the PLMN that a path, established across the PLMN, is a backup path of the MPTCP connection; once the path has been identified as a backup path, providing by the network node an explicit indication to one or more nodes within the PLMN that the path is the backup path, using a protocol layer that terminates at the one or more nodes, wherein the protocol layer is one of: a protocol layer below the Transmission Control Protocol layer, and higher protocol layers in a control plane; and at the one or more nodes, applying a handling to the path that is differentiated from a handling of non-backup paths, wherein handling the backup path is based on a particular type of the one or more nodes. determining by a network node within the PLMN that a path, established across the PLMN, is a backup path of the MPTCP connection; once the path has been identified as a backup path, providing by the network node an explicit indication to one or more nodes within the PLMN that the path is the backup path, using a protocol layer that terminates at the one or more nodes, wherein the protocol layer is one of: a protocol layer below the Transmission Control Protocol layer, and higher protocol layers in a control plane; and at the one or more nodes, applying a handling to the path that is differentiated from a handling of non-backup paths, wherein handling the backup path is based on a particular type of the one or more nodes.
Apparatus for interrupting use of first communication resources of a communication network used by a first user equipment, UE, having a first priority level, which first communication resources are allocated to the first UE in precedence over other UEs having the same priority as or a lower priority level than the first UE, the apparatus comprising: an interrupt manager (22, 104, 204, 300) arranged to monitor reception of interrupt requests, each interrupt request being received from one of the other UEs, to establish an interrupt requirement in response to reception of one or more interrupt requests, wherein the interrupt requirement enables interruption of the first UE by co-ordinated or synchronised interrupt requests from the other UEs with equal or lower priority level, and to release the allocation of the first communication resources to the first UE in response to the interrupt requirement being established.
A vehicle illumination system comprising: a detector for detecting pedestrians around or ahead of a vehicle; a spot lamp for projecting a spot light to the detected pedestrian; an actuator for swiveling the spot lamp; and a controller for controlling the spot lamp and the actuator, wherein the controller is configured to calculate a possibility of collision between each of a plurality of pedestrians and the vehicle as a collision-risk-degree and then to control the actuator so that an optical axis of the spot lamp directs to the pedestrian having the highest collision-risk-degree; and characterized in that the controller is configured to turn ON the spot lamp after the optical axis of the spot lamp has been directed to the pedestrian having the highest collision-risk-degree and when the collision-risk-degree of the pedestrian has become equal to or more than a predetermined threshold value, so as to avoid disturbing a visual field of a driver, and the controller is configured to turn OFF the spot lamp after the collision-risk-degree becomes less than the predetermined threshold value. a detector for detecting pedestrians around or ahead of a vehicle; a spot lamp for projecting a spot light to the detected pedestrian; an actuator for swiveling the spot lamp; and a controller for controlling the spot lamp and the actuator, wherein the controller is configured to calculate a possibility of collision between each of a plurality of pedestrians and the vehicle as a collision-risk-degree and then to control the actuator so that an optical axis of the spot lamp directs to the pedestrian having the highest collision-risk-degree; and
A surgical instrument, comprising: at least one component including a component microcontroller configured to store an identifier corresponding to the at least one component, wherein the at least one component is selected from the group consisting of a power source and a motor; an instrument microcontroller coupled to a memory, the instrument microcontroller is configured to control the surgical instrument and to authenticate the at least one component based on a response to a challenge request, wherein the response includes the identifier; a usage counter stored in the memory that is incremented when the surgical instrument is activated; a sterilization counter stored in the memory that is incremented when the surgical instrument is sterilized; wherein the memory includes a device status word, which incorporates the usage counter, the sterilization counter and an authentication flag which prevents activation of the instrument if any of the components are found to be inauthentic,, wherein the device status word is encrypted; wherein the instrument microcontroller is further configured to prevent actuation of the surgical instrument when at least one of the usage counter is above a predetermined threshold, the sterilization counter is above a predetermined threshold and the authentication flag is activated. at least one component including a component microcontroller configured to store an identifier corresponding to the at least one component, wherein the at least one component is selected from the group consisting of a power source and a motor; an instrument microcontroller coupled to a memory, the instrument microcontroller is configured to control the surgical instrument and to authenticate the at least one component based on a response to a challenge request, wherein the response includes the identifier; a usage counter stored in the memory that is incremented when the surgical instrument is activated; a sterilization counter stored in the memory that is incremented when the surgical instrument is sterilized; wherein the memory includes a device status word, which incorporates the usage counter, the sterilization counter and an authentication flag which prevents activation of the instrument if any of the components are found to be inauthentic,, wherein the device status word is encrypted;, wherein the device status word is encrypted; wherein the instrument microcontroller is further configured to prevent actuation of the surgical instrument when at least one of the usage counter is above a predetermined threshold, the sterilization counter is above a predetermined threshold and the authentication flag is activated.