mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining a present location of a mobile platform; receiving a desired location for the mobile platform; determining directions from the present location to the desired location; translating the directions into control signals provided to one or more haptic feedback elements positioned in one or more regions of the mobile platform that are proximate to a facial region of a user; and producing haptic signals to the facial region of the user by the one or more haptic feedback elements in response to the control signals while the user is using the mobile platform as a cellular telephone to provide the directions from present location to the desired location, characterized in that the haptic signals are produced by interaction of the facial region of the user with a localized electric field produced by the one or more haptic feedback elements on a display of the mobile platform. determining a present location of a mobile platform; receiving a desired location for the mobile platform; determining directions from the present location to the desired location; translating the directions into control signals provided to one or more haptic feedback elements positioned in one or more regions of the mobile platform that are proximate to a facial region of a user; and producing haptic signals to the facial region of the user by the one or more haptic feedback elements in response to the control signals while the user is using the mobile platform as a cellular telephone to provide the directions from present location to the desired location, characterized in that the haptic signals are produced by interaction of the facial region of the user with a localized electric field produced by the one or more haptic feedback elements on a display of the mobile platform.
A system, comprising: an electrostatic tool system, comprising: an electrostatic tool; and a spray tip assembly configured to receive a coating material and an airflow to atomize and charge the coating material, and spray the coating material in an airflow direction, comprising: a first air cap horn comprising a first recess on a first exterior surface at a first distal end of the first air cap end of the first air cap horn, wherein the first recess surrounds an aperture; a first charging pin configured to extend through the aperture and disposed within the first recess; and a grounded pin, wherein the first charging pin and the grounded pin are configured to produce an electric field that charges the coating material. an electrostatic tool; and a spray tip assembly configured to receive a coating material and an airflow to atomize and charge the coating material, and spray the coating material in an airflow direction, comprising: a first air cap horn comprising a first recess on a first exterior surface at a first distal end of the first air cap end of the first air cap horn, wherein the first recess surrounds an aperture; a first charging pin configured to extend through the aperture and disposed within the first recess; and a grounded pin, wherein the first charging pin and the grounded pin are configured to produce an electric field that charges the coating material. a first air cap horn comprising a first recess on a first exterior surface at a first distal end of the first air cap end of the first air cap horn, wherein the first recess surrounds an aperture; a first charging pin configured to extend through the aperture and disposed within the first recess; and a grounded pin, wherein the first charging pin and the grounded pin are configured to produce an electric field that charges the coating material.
Method implemented by a gateway for optimized allocation of stations using an 802.11ax standard in a local network, said local network comprising at least one 802.11ax station implementing a service, the gateway for communicating with an external network and a detection device making it possible to detect the type of service used by the station, said method comprising the following steps: - collecting the parameters of the stations; - classifying the services of each station into N classes, each class containing at least one type of service; each class is assigned a resource unit and a maximum number of stations; - arranging the N classes in an ordered manner as a function of the size of the resource unit assigned to each class; - when a station connects to the local network: - identifying a class, referred to as dedicated class, corresponding to the service implemented by the station, identifying a higher class than the dedicated class if this higher class exists, and a lower class than the dedicated class if this lower class exists; - checking if the maximum number of stations is reached in the higher class, in the dedicated class, or in the lower class; assigning the station to the resource unit of the first class, in the order higher, dedicated then lower, not having reached the maximum number of stations; and not assigning if the maximum number is reached in the three classes. - collecting the parameters of the stations; - classifying the services of each station into N classes, each class containing at least one type of service; each class is assigned a resource unit and a maximum number of stations; - arranging the N classes in an ordered manner as a function of the size of the resource unit assigned to each class; - when a station connects to the local network: - identifying a class, referred to as dedicated class, corresponding to the service implemented by the station, identifying a higher class than the dedicated class if this higher class exists, and a lower class than the dedicated class if this lower class exists; - checking if the maximum number of stations is reached in the higher class, in the dedicated class, or in the lower class; assigning the station to the resource unit of the first class, in the order higher, dedicated then lower, not having reached the maximum number of stations; and not assigning if the maximum number is reached in the three classes. - identifying a class, referred to as dedicated class, corresponding to the service implemented by the station, identifying a higher class than the dedicated class if this higher class exists, and a lower class than the dedicated class if this lower class exists; - checking if the maximum number of stations is reached in the higher class, in the dedicated class, or in the lower class; assigning the station to the resource unit of the first class, in the order higher, dedicated then lower, not having reached the maximum number of stations; and not assigning if the maximum number is reached in the three classes.
A method for analyzing a state of a system comprising physical and/or virtual network elements, executed by a network monitoring device, the method comprising: formulating a symbolic query using Boolean functions that describe relations between elements in the system; generating or updating a symbolic representation for each relation by constructing a symbolic graph that describes network elements in the system and relations thereof; and performing the symbolic query on the generated or updated symbolic representation, wherein the query is directed at determining the state of the system, available and/or unavailable system resources, malfunctions, or alerts wherein the symbolic query returns elements in the system that satisfy a given condition determined in accordance with the query; and wherein the symbolic graph is constructed by: for each type of system element, defining one or more variables that enumerate system elements of that type; and for each type of relation between the system elements, generating a single symbolic set representing all edges of that type between system elements in the symbolic graph. formulating a symbolic query using Boolean functions that describe relations between elements in the system; generating or updating a symbolic representation for each relation by constructing a symbolic graph that describes network elements in the system and relations thereof; and performing the symbolic query on the generated or updated symbolic representation, wherein the query is directed at determining the state of the system, available and/or unavailable system resources, malfunctions, or alerts wherein the symbolic query returns elements in the system that satisfy a given condition determined in accordance with the query; and wherein the symbolic graph is constructed by: for each type of system element, defining one or more variables that enumerate system elements of that type; and for each type of relation between the system elements, generating a single symbolic set representing all edges of that type between system elements in the symbolic graph.
Actuation device, comprising: a base plate with an opening defined by an inner edge portion of the base plate with at least two edge surface sections (39a, 39b) which are oriented opposed to each other and which at least partially define said opening in the base plate, an actuation plate (50, 150) which is fixed to the base plate such that an actuation portion (51, 151) of the actuation plate (50, 150) extends over the opening, wherein the actuation plate (50, 150) has a first surface (51a, 151a) which is provided for being pressed by a user in order to execute an actuation movement of the actuation portion (51, 151) and a second surface (51b, 151b) which is oriented opposed to the first surface (51a, 151a), the actuation plate (50, 150) comprising an abutment portion (52, 152) which joins the actuation portion (51, 151) and which at least partially surrounds the actuation portion (51, 151), characterized in that the abutment portion (52, 152) comprises an abutment surface (52a, 152a) which abuts the inner edge portion of the base plate, wherein the material the actuation plate (50, 150) is made of is an elastomer so that the actuation movement of the actuation portion (51, 151) is a bulge deformation of the same, wherein the actuation portion (51, 151) protrudes from the abutment portion (52, 152) and extends into the opening, wherein the actuation portion (51, 151) comprises a cross-joint surface (59, 159) which joins the abutment surface (52a, 152a) and which abuts the edge surface sections (39a, 39b) of the base plate. a base plate with an opening defined by an inner edge portion of the base plate with at least two edge surface sections (39a, 39b) which are oriented opposed to each other and which at least partially define said opening in the base plate, an actuation plate (50, 150) which is fixed to the base plate such that an actuation portion (51, 151) of the actuation plate (50, 150) extends over the opening, wherein the actuation plate (50, 150) has a first surface (51a, 151a) which is provided for being pressed by a user in order to execute an actuation movement of the actuation portion (51, 151) and a second surface (51b, 151b) which is oriented opposed to the first surface (51a, 151a), the actuation plate (50, 150) comprising an abutment portion (52, 152) which joins the actuation portion (51, 151) and which at least partially surrounds the actuation portion (51, 151), characterized in that the abutment portion (52, 152) comprises an abutment surface (52a, 152a) which abuts the inner edge portion of the base plate, wherein the material the actuation plate (50, 150) is made of is an elastomer so that the actuation movement of the actuation portion (51, 151) is a bulge deformation of the same, wherein the actuation portion (51, 151) protrudes from the abutment portion (52, 152) and extends into the opening, wherein the actuation portion (51, 151) comprises a cross-joint surface (59, 159) which joins the abutment surface (52a, 152a) and which abuts the edge surface sections (39a, 39b) of the base plate.
A combustor comprising: a. a combustion chamber; b. a liner surrounding at least a portion of the combustion chamber; c. a flow sleeve surrounding at least a portion of the liner; d. an annular passage between the liner and the flow sleeve; e. a fuel injector located at least partially in the annular passage and extending through the liner into the combustion chamber, wherein the fuel injector comprises an outer tube, an inner tube coaxial with and located inside the outer tube, and a flow passage between the inner tube and the outer tube f. a casing surrounding at least a portion of the combustor, wherein compressed working fluid used in the combustion chamber flows between the casing and the flow sleeve; wherein the outer tube extends through the flow sleeve, along at least a portion of the annular passage and through the liner into the combustion chamber, such that a portion of the compressed working fluid flows through the flow passage between the inner and outer tubes (66, 68) to pre-heat fuel flowing through the inner tube prior to reaching the liner and being injected into the combustion chamber; and wherein a first section of the fuel injector is substantially parallel to the liner. a. a combustion chamber; b. a liner surrounding at least a portion of the combustion chamber; c. a flow sleeve surrounding at least a portion of the liner; d. an annular passage between the liner and the flow sleeve; e. a fuel injector located at least partially in the annular passage and extending through the liner into the combustion chamber, wherein the fuel injector comprises an outer tube, an inner tube coaxial with and located inside the outer tube, and a flow passage between the inner tube and the outer tube f. a casing surrounding at least a portion of the combustor, wherein compressed working fluid used in the combustion chamber flows between the casing and the flow sleeve; wherein the outer tube extends through the flow sleeve, along at least a portion of the annular passage and through the liner into the combustion chamber, such that a portion of the compressed working fluid flows through the flow passage between the inner and outer tubes (66, 68) to pre-heat fuel flowing through the inner tube prior to reaching the liner and being injected into the combustion chamber; and wherein a first section of the fuel injector is substantially parallel to the liner.
A computer-implemented method for managing devices over a Content Centric Network, comprising: receiving, by a device, an Interest for managing a device resource, wherein the Interest's name includes a name or a name prefix associated with the device resource, and includes a command for the device resource; performing a longest-prefix-matching lookup using the Interest's name to determine a destination for the Interest; characterized by: determining, from the longest-prefix-matching lookup results, that the Interest's destination includes a plurality of components of the local device; and forwarding the Interest to the plurality of components; receiving by the device a Content Object from each of the plurality of components, wherein a respective Content Object includes a result produced by executing the command on a corresponding component; generating at the device a new Content Object that includes a result summary for the information produced by the plurality of Content Objects; and returning the new Content Object to satisfy the Interest. receiving, by a device, an Interest for managing a device resource, wherein the Interest's name includes a name or a name prefix associated with the device resource, and includes a command for the device resource; performing a longest-prefix-matching lookup using the Interest's name to determine a destination for the Interest; characterized by: determining, from the longest-prefix-matching lookup results, that the Interest's destination includes a plurality of components of the local device; and forwarding the Interest to the plurality of components; receiving by the device a Content Object from each of the plurality of components, wherein a respective Content Object includes a result produced by executing the command on a corresponding component; generating at the device a new Content Object that includes a result summary for the information produced by the plurality of Content Objects; and returning the new Content Object to satisfy the Interest. determining, from the longest-prefix-matching lookup results, that the Interest's destination includes a plurality of components of the local device; and forwarding the Interest to the plurality of components; receiving by the device a Content Object from each of the plurality of components, wherein a respective Content Object includes a result produced by executing the command on a corresponding component; generating at the device a new Content Object that includes a result summary for the information produced by the plurality of Content Objects; and returning the new Content Object to satisfy the Interest.
A cellular communication apparatus comprising: antenna circuitry; a transceiver to receive or transmit a signal using the antenna circuitry on a chosen channel of a portion of a radio spectrum, wherein the portion of the radio spectrum is divided into one or more channels, including the chosen channel, each occupying a bandwidth of the portion of the radio spectrum; control circuitry to dynamically change a configuration of the one or more channels of the radio spectrum; and communication circuitry to communicate the configuration of the one or more channels of the radio spectrum to one or more items of user equipment, wherein the control circuitry is adapted to dynamically change the configuration of the one or more channels of the radio spectrum in response to unsolicited interference. antenna circuitry; a transceiver to receive or transmit a signal using the antenna circuitry on a chosen channel of a portion of a radio spectrum, wherein the portion of the radio spectrum is divided into one or more channels, including the chosen channel, each occupying a bandwidth of the portion of the radio spectrum; control circuitry to dynamically change a configuration of the one or more channels of the radio spectrum; and communication circuitry to communicate the configuration of the one or more channels of the radio spectrum to one or more items of user equipment, wherein the control circuitry is adapted to dynamically change the configuration of the one or more channels of the radio spectrum in response to unsolicited interference.
A composition comprising a bacterial strain of the species Blautia hydrogenotrophica for use in: (a) a method of treating or preventing sensory hypersensitivity in a subject diagnosed with fibromyalgia; or (b) a method of treating or preventing allodynia and/or hyperalgesia which are both associated with sensory hypersensitivity in a subject diagnosed with fibromyalgia; or (c) a method of treating or preventing fibromyalgia. (a) a method of treating or preventing sensory hypersensitivity in a subject diagnosed with fibromyalgia; or (b) a method of treating or preventing allodynia and/or hyperalgesia which are both associated with sensory hypersensitivity in a subject diagnosed with fibromyalgia; or (c) a method of treating or preventing fibromyalgia.
A tactile communication device equipped with at least one module comprising tactile, preferably vibratory, actuators or "tactons" each comprising at least one tactile zone intended to be applied, directly or indirectly, on the skin of an individual; and wherein: - the tactile zone of each tacton is disposed in the vicinity of one of the ends (35,37) thereof, called the free tactile end and opposite to the base end of the tacton; - each tacton comprises a cylindrical body having a height, a lower planar face and an identical upper planar face, the lower planar face being located on the side of the base end and the upper planar face being located on the side of the free tactile end; - the cylindrical body of each tacton has a form factor F, defined by the ratio of its height to the greatest length of the lower and upper planar faces, such that F > 1; preferably 4 ≥ F > 1; and, more preferably still, 4 ≥ F ≥ 2; characterised in that - each tacton contains at least one tactile, preferably vibratory, source (32, 33, 34); - the tactons are connected, by the base ends thereof, to a flexible fastening support comprising at least one plate (5, 6); each tacton being partially fitted, by the base end thereof, in an opening (50, 60) of the plate (5, 6) of the flexible support, the length of the fitted portion of the tacton preferably being comprised between 25% and 60% of the length of the tacton; - and each plate (5, 6) of the flexible fastening support is made of a flexible material, having a Young's modulus comprised between 0.001 GPa and 0.5 GPa, preferably selected from the family of elastomers. - the tactile zone of each tacton is disposed in the vicinity of one of the ends (35,37) thereof, called the free tactile end and opposite to the base end of the tacton; - each tacton comprises a cylindrical body having a height, a lower planar face and an identical upper planar face, the lower planar face being located on the side of the base end and the upper planar face being located on the side of the free tactile end; - the cylindrical body of each tacton has a form factor F, defined by the ratio of its height to the greatest length of the lower and upper planar faces, such that F > 1; preferably 4 ≥ F > 1; and, more preferably still, 4 ≥ F ≥ 2; - each tacton contains at least one tactile, preferably vibratory, source (32, 33, 34); - the tactons are connected, by the base ends thereof, to a flexible fastening support comprising at least one plate (5, 6); each tacton being partially fitted, by the base end thereof, in an opening (50, 60) of the plate (5, 6) of the flexible support, the length of the fitted portion of the tacton preferably being comprised between 25% and 60% of the length of the tacton; - and each plate (5, 6) of the flexible fastening support is made of a flexible material, having a Young's modulus comprised between 0.001 GPa and 0.5 GPa, preferably selected from the family of elastomers.
A method for service transmission, comprising: obtaining, by a core network device, a quality of service (QoS) profile for transmitting a multicast service; and transmitting, by the core network device, the QoS profile to an access network device, the QoS profile being used for the access network device to transmit a target service, wherein the QoS profile comprises a first QoS profile and a second QoS profile, wherein the first QoS profile is used for transmitting a unicast service and the second QoS profile is used for transmitting the multicast service, and wherein the unicast service and the multicast service are transmitted using a same QoS flow in a protocol data unit, PDU, session. obtaining, by a core network device, a quality of service (QoS) profile for transmitting a multicast service; and transmitting, by the core network device, the QoS profile to an access network device, the QoS profile being used for the access network device to transmit a target service, wherein the QoS profile comprises a first QoS profile and a second QoS profile, wherein the first QoS profile is used for transmitting a unicast service and the second QoS profile is used for transmitting the multicast service, and wherein the unicast service and the multicast service are transmitted using a same QoS flow in a protocol data unit, PDU, session.