mhurhangee/ep-ind-claims huggingface dataset:
Regulating valve for a gas cooking appliance, comprising a valve body comprising an inlet conduit through which gas is supplied, at least one gas outlet conduit, and a housing fluidically communicated with the inlet conduit and the outlet conduit; a rotating disc arranged in the housing of the valve body on a contact surface of the housing, the contact surface comprising at least one outlet hole fluidically communicated with the outlet conduit, the rotating disc being suitable for rotating with respect to the contact surface and for regulating gas flow between the housing and the outlet conduit by means of the rotation of the rotating disc; a spring which pushes the rotating disc and retains it axially against the contact surface; and sealing means housed on the contact surface surrounding the at least one outlet hole, the sealing means comprising a gasket comprising a closure member associated with each outlet hole, each closure member comprising a body surrounding the corresponding outlet hole, and at least one attachment arm attached to the at least one closure member, the rotating disc being supported pressing on the sealing means, characterized in that the at least one attachment arm comprises at least one protuberance, the rotating disc being supported on the closure members and on the at least one protuberance when it presses on the gasket.
Lifting device for lifting and lowering vehicles, having a support which is movable up and down, on which at least one longitudinally adjustable support arm is mounted to be pivotable around a pivot axis on the support and a free end of the support arm is movable under the vehicle with respect to the support point of the vehicle, wherein the longitudinally adjustable support arm has a support arm body which receives at least one support arm piece (58, 59) which forms an extension in an extractable manner, characterised in that the support comprises an upper and lower support section (48, 49) with respect to which the support arm body is mounted rotatably using a pivot arrangement which is formed by an upper and lower pivot bearing (55, 70) which releases an inner space of the support arm body for at least one support arm piece (58, 59) which is positionable therein.
A method of distributed management of analytics tasks in a programmable network having a controller, a plurality of network nodes coupled to the controller by a Data Communications Network DCN, and a plurality of analytics servers each coupled to at least one of the network nodes, the method having steps by the controller of, for each of the analytics tasks to be distributed: selecting which of the analytics servers to use for that analytics task based on how data logged by respective ones of the network nodes and needed for that analytics task, can be routed to the analytics servers, sending to the selected analytics server, an indication of the analytics task and an indication of what data logged by the network nodes is to be used in the analytics task, to enable the selected analytics server to carry out the analytics task, and sending to at least one of the network nodes, an indication of what data logged by that network node is to be sent to which of the analytics servers. selecting which of the analytics servers to use for that analytics task based on how data logged by respective ones of the network nodes and needed for that analytics task, can be routed to the analytics servers, sending to the selected analytics server, an indication of the analytics task and an indication of what data logged by the network nodes is to be used in the analytics task, to enable the selected analytics server to carry out the analytics task, and sending to at least one of the network nodes, an indication of what data logged by that network node is to be sent to which of the analytics servers.
A method of tracking equipment installed on a rack, the method comprising the steps of: attaching an RFID tag to a mounting portion of the equipment; attaching a ferrite element to the RFID tag; attaching an antenna system of a reader to the rack, the antenna system issuing a magnetic field that impinges upon the RFID tag; wherein the antenna system includes a current carrying trace on a PCB and a ferrite member positioned behind the current carrying trace relative to the RFID tag, the ferrite member having parameters for shaping the magnetic field issued by the antenna system, said parameters providing near-field coupling between the antenna system and the RFID tag. attaching an RFID tag to a mounting portion of the equipment; attaching a ferrite element to the RFID tag; attaching an antenna system of a reader to the rack, the antenna system issuing a magnetic field that impinges upon the RFID tag;
A floor cleaning machine comprising: a housing having a front end and a rear end; a rotary brush (30a, 30b) coupled to the housing for rotation with respect to the housing, the rotary brush rotatable about an axis that extends at an oblique angle with respect to a surface to be cleaned; a collection bin configured to receive debris from the rotary brush; a brushroll coupled to the housing between the front end and the rear end for rotation with respect to the housing, the brushroll rotating about a brushroll axis, the brushroll axis being substantially parallel to the surface to be cleaned; a debris intake in fluid communication with the collection bin, the debris intake including at least one nozzle located forward of the brushroll and above bristles of the rotary brush; a motor that rotates the rotary brush; a power source that supplies power to the motor; a suction source in fluid communication with the collection bin, the suction source configured to draw debris into the debris intake and to direct the debris into the collection bin; a projection positioned adjacent the rotary brush and the debris intake, the projection engages bristles of the rotary brush to dislodge debris from the bristles such that the suction source is configured to draw debris dislodged from the bristles of the rotary brush into the debris intake. a housing having a front end and a rear end; a rotary brush (30a, 30b) coupled to the housing for rotation with respect to the housing, the rotary brush rotatable about an axis that extends at an oblique angle with respect to a surface to be cleaned; a collection bin configured to receive debris from the rotary brush; a brushroll coupled to the housing between the front end and the rear end for rotation with respect to the housing, the brushroll rotating about a brushroll axis, the brushroll axis being substantially parallel to the surface to be cleaned; a debris intake in fluid communication with the collection bin, the debris intake including at least one nozzle located forward of the brushroll and above bristles of the rotary brush; a motor that rotates the rotary brush; a power source that supplies power to the motor; a suction source in fluid communication with the collection bin, the suction source configured to draw debris into the debris intake and to direct the debris into the collection bin; a projection positioned adjacent the rotary brush and the debris intake, the projection engages bristles of the rotary brush to dislodge debris from the bristles such that the suction source is configured to draw debris dislodged from the bristles of the rotary brush into the debris intake.
Filter element, in particular for fuel or urea, having a cylindrical main shape for receiving a filter medium, in which a sleeve which engages around the filter medium is provided, in which the filter medium is designed with a cylindrical outer circumferential face and the sleeve is designed so as to bear against the circumferential face on the outside, and in which the sleeve is designed with at least one spring element which is placed against the filter medium, in particular its circumferential face, in a manner which is prestressed resiliently.
A laundry drying apparatus comprising: a cabinet including an introduction port into which external air is introduced; a drum disposed inside the cabinet and configured to accommodate an object which is to be dried; a condensing duct provided to condense moisture in air introduced from the inside of the drum; a discharge port configured to communicate with the condensing duct to discharge some of the air introduced from the condensing duct to the outside of the cabinet; and a drying duct connected to the condensing duct, the introduction port, and the drum, wherein external air introduced through the introduction port is provided to the drying duct, and the drying duct is configured to heat some of the air introduced from the condensing duct and the external air introduced through the introduction port, to supply the heated air into the drum, characterized in that the condensing duct includes a first path configured to communicate with the drying duct for introducing some of the humid air into the drum again, and a second path provided separately from the first path and configured to communicate with the discharge port for discharging the remaining humid air to the outside of the drying apparatus, and in that the introduction port is located between the first path and the drying duct. a cabinet including an introduction port into which external air is introduced; a drum disposed inside the cabinet and configured to accommodate an object which is to be dried; a condensing duct provided to condense moisture in air introduced from the inside of the drum; a discharge port configured to communicate with the condensing duct to discharge some of the air introduced from the condensing duct to the outside of the cabinet; and a drying duct connected to the condensing duct, the introduction port, and the drum, wherein external air introduced through the introduction port is provided to the drying duct, and the drying duct is configured to heat some of the air introduced from the condensing duct and the external air introduced through the introduction port, to supply the heated air into the drum, characterized in that the condensing duct includes a first path configured to communicate with the drying duct for introducing some of the humid air into the drum again, and a second path provided separately from the first path and configured to communicate with the discharge port for discharging the remaining humid air to the outside of the drying apparatus, and in that the introduction port is located between the first path and the drying duct.
A projection optical system for projecting an image of a pattern from a first plane onto a second plane using EUV light, wherein the system comprises a first reflecting mirror for reflecting the EUV light; and a second reflecting mirror, wherein reflectances of the first reflecting mirror, for both of the EUV light and a light having a different wavelength from the EUV light, are less than the reflectances of the second reflecting mirror, characterized in that the first reflecting mirror is situated, along the light-propagation path from the first plane to the second plane, closer than the second reflecting mirror to the first plane.
A vector system comprising at least two AAV particles, each of them comprising a polynucleotide comprising a partial coding sequence that encodes i) the N-terminal part of the Otoferlin polypeptide or of a functional fragment thereof, for one, and ii) the C-terminal part of the Otoferlin polypeptide or of a functional fragment thereof, for the other, said vector system allowing the expression of the full-length Otoferlin polypeptide, or of a functional fragment thereof, in inner hair cells, for use for treating patients suffering from DFNB9 deafness or preventing DFNB9 deafness in patients having DFNB9 mutations, wherein said patients are human having a developed and mature auditory system.
A spacer assembly for use in a multi-pane window assembly, said spacer assembly comprising: a flexible spacer having a cross-section varying in a repeating manner along a longitudinal axis and a cross-sectional area varying in a repeating manner along said longitudinal axis; and an adhesive sealant at least partially encapsulating said spacer; wherein the spacer assembly is configured with a length substantially corresponding to a window perimeter length of said multi-pane window assembly and with a width substantially corresponding to a space between the panes of said multi-pane window assembly plus the sealant; characterised in that the spacer is hollow, wherein said flexible, hollow spacer is a tube; and further wherein said spacer comprises ribs extending at least partially around the longitudinal axis of the spacer, wherein said ribs are configured to operate as locking ribs in the adhesive sealant. a flexible spacer having a cross-section varying in a repeating manner along a longitudinal axis and a cross-sectional area varying in a repeating manner along said longitudinal axis; and an adhesive sealant at least partially encapsulating said spacer; wherein the spacer assembly is configured with a length substantially corresponding to a window perimeter length of said multi-pane window assembly and with a width substantially corresponding to a space between the panes of said multi-pane window assembly plus the sealant; characterised in that the spacer is hollow, wherein said flexible, hollow spacer is a tube; and further wherein said spacer comprises ribs extending at least partially around the longitudinal axis of the spacer, wherein said ribs are configured to operate as locking ribs in the adhesive sealant.
A method for displaying a graphical user interface, GUI, on a touch screen comprising a display unit in an apparatus further comprising a tactile sensor unit different from a touch sensor unit included in the touch screen, the tactile sensor unit being located on a lateral side of the apparatus, the method comprising: detecting a contact of the tactile sensor unit; determining a contact pattern from the detected contact; displaying the GUI based on the contact pattern; and characterised in detecting, after displaying the GUI based on the contact pattern, an increase of contact pressure of the tactile sensor unit, and changing a location or display size of the GUI elements according to the pressure of the detected contact and execute a specific application when the pressure increases beyond a predetermined threshold. detecting a contact of the tactile sensor unit; determining a contact pattern from the detected contact; displaying the GUI based on the contact pattern; and characterised in detecting, after displaying the GUI based on the contact pattern, an increase of contact pressure of the tactile sensor unit, and changing a location or display size of the GUI elements according to the pressure of the detected contact and execute a specific application when the pressure increases beyond a predetermined threshold.
A cosmetic method for the color retention of colored keratin fibers, in which i. a cosmetic composition is applied to keratin fibers as a pretreatment agent, and ii. after step i., the keratin fibers are subjected to oxidative coloring within a period of from 5 seconds to 24 hours, characterized in that the cosmetic composition contains, based on its weight, 0.01 to 4.00 wt.% of at least one alum and has a pH in the range of from 2.5 to 5. i. a cosmetic composition is applied to keratin fibers as a pretreatment agent, and ii. after step i., the keratin fibers are subjected to oxidative coloring within a period of from 5 seconds to 24 hours,
A communication method, comprising: sending a scheduling request to a terminal device through a physical downlink control channel, PDCCH, wherein the scheduling request is used to indicate the terminal device to send data to a network device based on a preset time interval; when not receiving the data from the terminal device through a physical uplink shared channel, PUSCH, determining, based on measurement gap configuration information of the terminal device, whether a time point at which the terminal device does not send the data this time is within a measurement gap window, wherein the measurement gap configuration information comprises a measurement period of a measurement gap, the measurement gap window, and a measurement start time; and if it is determined that the time point at which the terminal device does not send the data this time is within the measurement gap window, sending, to the terminal device, a redundancy version number used for a next hybrid automatic repeat request, HARQ, retransmission. sending a scheduling request to a terminal device through a physical downlink control channel, PDCCH, wherein the scheduling request is used to indicate the terminal device to send data to a network device based on a preset time interval; when not receiving the data from the terminal device through a physical uplink shared channel, PUSCH, determining, based on measurement gap configuration information of the terminal device, whether a time point at which the terminal device does not send the data this time is within a measurement gap window, wherein the measurement gap configuration information comprises a measurement period of a measurement gap, the measurement gap window, and a measurement start time; and if it is determined that the time point at which the terminal device does not send the data this time is within the measurement gap window, sending, to the terminal device, a redundancy version number used for a next hybrid automatic repeat request, HARQ, retransmission.
A method of operating a non-orthogonal multiple access, NOMA, communications network, the method comprising: receiving from each of a plurality of user equipment, UE, devices at least one radio resource measurement report; processing the radio resource measurement reports to select a group of UE devices of the plurality of UE devices as a NOMA group; for the UE devices in the NOMA group determining a set of control parameters including a set of fractional transmit power allocations for the UE devices; informing all UE devices of the NOMA group about the control parameters, wherein the control parameters are transmitted to the UE devices of the NOMA group using a downlink control information message having a format specific for NOMA messaging, wherein the UE devices of the NOMA group are collectively addressed by means of a common NOMA radio network temporary identifier NOMA-RNTI. receiving from each of a plurality of user equipment, UE, devices at least one radio resource measurement report; processing the radio resource measurement reports to select a group of UE devices of the plurality of UE devices as a NOMA group; for the UE devices in the NOMA group determining a set of control parameters including a set of fractional transmit power allocations for the UE devices; informing all UE devices of the NOMA group about the control parameters, wherein the control parameters are transmitted to the UE devices of the NOMA group using a downlink control information message having a format specific for NOMA messaging, wherein the UE devices of the NOMA group are collectively addressed by means of a common NOMA radio network temporary identifier NOMA-RNTI.
A method comprising: determining, at a first video conferencing device, pane sizes of a plurality of video content to be displayed at a second video conferencing device, the pane sizes being determined based on a minimum video pane size corresponding to the second video conferencing device, wherein the minimum video pane size defines a smallest physical dimension of a smallest video pane to be displayed at a screen on the second video conference device; and transmitting, from the first video conferencing device to the second video conferencing device, a video stream including at least a subset of the plurality of video content with the determined pane sizes, the determined pane size being equal to or larger than the minimum video pane size such that a user can view the subset of the plurality of video content on a screen of various sizes. determining, at a first video conferencing device, pane sizes of a plurality of video content to be displayed at a second video conferencing device, the pane sizes being determined based on a minimum video pane size corresponding to the second video conferencing device, wherein the minimum video pane size defines a smallest physical dimension of a smallest video pane to be displayed at a screen on the second video conference device; and transmitting, from the first video conferencing device to the second video conferencing device, a video stream including at least a subset of the plurality of video content with the determined pane sizes, the determined pane size being equal to or larger than the minimum video pane size such that a user can view the subset of the plurality of video content on a screen of various sizes.
A dissipator for interfacing between the ground and supporting structures, which comprises a supporting base that can be fixed to the ground and able to support a contact base that can be associated, by way of kinematic connection means, with a supporting structure, interface means being provided between said contact base and said supporting base and being adapted to allow the movement of said contact base with respect to said supporting base at least along two directions that are parallel to the ground, control means being further provided which act between said supporting base and said contact base and are adapted to control the relative movement between said supporting base and said contact base, further comprising at least one rod-like dissipation body for acting between the ground and said supporting structure, said rod-like dissipation body being configured to dissipate the energy generated by an event by allowing the movement, on a plane that is parallel to the ground, of the supporting structures with respect to the supporting base and so having at least partially a behavior of the dissipative type characterized in that it-said rod-like dissipation body is interfaced with the supporting structure by way of a plate with a slot which is adapted to allow the sliding of the end of said rod-like dissipation body during seismic event within said slot and wherein said rod-like dissipation body comprises a resisting portion and a dissipative portion.