mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for processing an object by application of radio frequency energy in a frequency range to a cavity (200, 304) holding the object, wherein the cavity (200, 304) supports at least one of standing or travelling electromagnetic waves in the frequency range at which the radio frequency energy is applied, the apparatus comprising: the cavity (200, 304); a radiating element for applying the radio frequency energy from a power feed to the cavity (200, 304), the radiating element residing inside the cavity and comprising: a feeding section; a grounding section; and a radiating section in electrical communication with the feeding section and the grounding section, characterised in that; the feeding section and the grounding section extend substantially within a first plane; and the radiating section includes at least one bend (132, 134) between the feeding section and a distal end of the radiating section, the at least one bend extending in a second plane different from the first plane. the cavity (200, 304); a radiating element for applying the radio frequency energy from a power feed to the cavity (200, 304), the radiating element residing inside the cavity and comprising: a feeding section; a grounding section; and a radiating section in electrical communication with the feeding section and the grounding section, characterised in that; the feeding section and the grounding section extend substantially within a first plane; and the radiating section includes at least one bend (132, 134) between the feeding section and a distal end of the radiating section, the at least one bend extending in a second plane different from the first plane. a feeding section; a grounding section; and a radiating section in electrical communication with the feeding section and the grounding section, characterised in that; the feeding section and the grounding section extend substantially within a first plane; and the radiating section includes at least one bend (132, 134) between the feeding section and a distal end of the radiating section, the at least one bend extending in a second plane different from the first plane.
A method of managing a digital subscriber line in a network, comprising: a) determining a minimum SNR margin, wherein the minimum SNR margin is the SNR margin of the digital subscriber line below which the digital subscriber line loses synchronisation; b) monitoring the synchronisation rate and respective SNR margin following each of a plurality of synchronisations on the digital subscriber line, and estimating an optimum synchronisation rate as the synchronisation rate where all the respective SNR margin or margins are greater than the minimum SNR margin; c) monitoring the SNR margin and synchronisation rate of the digital subscriber line; and i. initiating synchronisation of the digital subscriber line when both the SNR margin is a predetermined amount over a target SNR margin for the digital subscriber line, and the synchronisation rate is less than the optimum synchronisation rate; ii. repeating the initiating step until the synchronisation rate after synchronisation reaches the optimum synchronisation rate. a) determining a minimum SNR margin, wherein the minimum SNR margin is the SNR margin of the digital subscriber line below which the digital subscriber line loses synchronisation; b) monitoring the synchronisation rate and respective SNR margin following each of a plurality of synchronisations on the digital subscriber line, and estimating an optimum synchronisation rate as the synchronisation rate where all the respective SNR margin or margins are greater than the minimum SNR margin; c) monitoring the SNR margin and synchronisation rate of the digital subscriber line; and i. initiating synchronisation of the digital subscriber line when both the SNR margin is a predetermined amount over a target SNR margin for the digital subscriber line, and the synchronisation rate is less than the optimum synchronisation rate; ii. repeating the initiating step until the synchronisation rate after synchronisation reaches the optimum synchronisation rate. i. initiating synchronisation of the digital subscriber line when both the SNR margin is a predetermined amount over a target SNR margin for the digital subscriber line, and the synchronisation rate is less than the optimum synchronisation rate; ii. repeating the initiating step until the synchronisation rate after synchronisation reaches the optimum synchronisation rate.
Balloon for a balloon catheter, comprising a coating, which comprises a layer of a lipophilic active substance and at least one agent for modifying the release of active substance to a vessel surrounding the balloon, wherein the agent for modifying the release of active substance is a polysaccharide with a mean molecular mass of 10,000 Da to 100,000 Da, characterized in that the active substance is arranged on the surface of the balloon and that the polysaccharide is in form of a layer applied on the side of the layer of the active substance that is averted from the balloon and covering the active substance, wherein the polysaccharide is a natural dextran.
Appliance for making a drink individually, said appliance comprising: - a base comprising a storage rack defining a plurality of housings, each housing being configured to receive a respective removable container containing an ingredient of said drink, and being provided with a housing outlet; - a funnel removably mounted on the base, under the housing outlets, and comprising an outlet orifice; - means for transferring into the funnel, through the housing outlets of said housings, ingredients contained in the containers housed in said housings; - a shutter that is movable between a closed position and an open position in which it, respectively, tightly closes and leaves at least partially free, the outlet orifice of the funnel; - an actuator mechanically coupled to the shutter to displace it between said open and closed positions; - an emulsifier comprising an emulsifying shaft of axis X comprising a bottom end disposed inside the funnel and a top end; - a motor driving the emulsifier shaft in rotation about the axis X, comprising a driveshaft mechanically coupled to the top end of the emulsifier shaft; - a control module capable of controlling, according to a desired composition of said drink, the drive motor, the transfer means and the actuator; the emulsifier shaft being mounted to be movable in translation along its axis so as to form the shutter. - a base comprising a storage rack defining a plurality of housings, each housing being configured to receive a respective removable container containing an ingredient of said drink, and being provided with a housing outlet; - a funnel removably mounted on the base, under the housing outlets, and comprising an outlet orifice; - means for transferring into the funnel, through the housing outlets of said housings, ingredients contained in the containers housed in said housings; - a shutter that is movable between a closed position and an open position in which it, respectively, tightly closes and leaves at least partially free, the outlet orifice of the funnel; - an actuator mechanically coupled to the shutter to displace it between said open and closed positions; - an emulsifier comprising an emulsifying shaft of axis X comprising a bottom end disposed inside the funnel and a top end; - a motor driving the emulsifier shaft in rotation about the axis X, comprising a driveshaft mechanically coupled to the top end of the emulsifier shaft; - a control module capable of controlling, according to a desired composition of said drink, the drive motor, the transfer means and the actuator;
A device for positioning an object relatively to a support, the device comprising at least one inflatable air cushion member of a flexible but non- stretchable air tight sheet material in hose-connection with an inflation tool; wherein the cushion member is formed as a bag unit comprising a first sheet material and a second sheet material provided face to face and joined along an edge region to form a double layer edge; wherein the bag unit is flat in deflated condition and attains a rounded shape in inflated condition, wherein the device further comprises a support block that has an upper hollow in the form of a cavity, the cavity partly accommodating the cushion member, so that a part of a lower half of the cushion member is contained in the hollow and supported when the cushion member is inflated, characterized in that the support block comprises continuous tracks, rollers (19"), or wheels, for example swivel wheels, for easy maneuvering, or the support block comprises a fabric or Velcro TM surface on its underside for easy sliding on a smooth support or a polished polymer surface on its underside for easy sliding on a carpet.
An application device for a breathing mask comprising a headband means with upper and lower headband portions (108, 109), wherein, in the application position, said headband means extends around the area of the back of a user's head, wherein the upper and lower headband portions extend from the back of a user's head to the breathing mask, wherein the upper headband portion extends to the forehead area and the lower headband portion extends across the cheek area, wherein the headband means is provided with a preformed supporting structure and the course of the curvature of said preformed supporting structure is adapted to the curvature of the back of a user's head, characterized in that the supporting structure is made of a material which at least once can be brought temporarily in a state in which at least portions of the headband means can be adapted individually to the shape of the back of the user's head, and wherein the supporting structure is made of a thermoplastic material
A method for resolving a transmission conflict comprising: prioritizing, when two transmissions experience a conflict, a transmission of one transmission among the two transmissions according to quality of service, named QoS hereinafter, attributes respectively associated with the two transmissions, characterized by the two transmissions comprise a first uplink transmission and a second uplink transmission in which the first uplink transmission comprises an uplink data-related part and the second uplink transmission comprises a sidelink, named SL hereinafter, data-related part; prioritizing the transmission of the one transmission among the two transmissions according to the QoS attributes respectively associated with the two transmissions comprises: if a first priority associated with the first uplink transmission is not higher than a threshold, and a second priority associated with the second uplink transmission is higher than another threshold, prioritizing a transmission of the second uplink transmission. prioritizing, when two transmissions experience a conflict, a transmission of one transmission among the two transmissions according to quality of service, named QoS hereinafter, attributes respectively associated with the two transmissions, characterized by the two transmissions comprise a first uplink transmission and a second uplink transmission in which the first uplink transmission comprises an uplink data-related part and the second uplink transmission comprises a sidelink, named SL hereinafter, data-related part; prioritizing the transmission of the one transmission among the two transmissions according to the QoS attributes respectively associated with the two transmissions comprises: if a first priority associated with the first uplink transmission is not higher than a threshold, and a second priority associated with the second uplink transmission is higher than another threshold, prioritizing a transmission of the second uplink transmission.
A mechanical embodiment with a cardan shaft unit part, the mechanical embodiment comprising a transmitter coil and a receiver coil located to provide wireless power transmission on a cardan shaft of the cardan shaft unit part, wherein in order to perform the wireless power transmission on the cardan shaft uninterruptedly, it comprises • a center bearing located on the cardan shaft, • a A- fixed coil support carrying the transmitter coil and located on said center bearing in such manner that it does not contact rotary components of the cardan shaft and thus ensuring the transmitter coil to be fixed, • a rotary coil support supporting the receiver coil and located on the cardan shaft to rotate together with the cardan shaft, • an electronic circuit performing data transfer on the cardan shaft, • a protector carrying the electronic circuit supplied with power by said receiver coil, the protector being located on a seating surface on the cardan shaft unit part to rotate together with the cardan shaft and being em4located on the center bearing in a manner surrounding the rotary coil support and protecting the fixed coil support and the rotary coil support against external effects, wherein the transmitter coil and the receiver coil are formed cylindrically around the cardan shaft and are arranged next to each other in the length direction of the cardan shaft. • a center bearing located on the cardan shaft, • a A- fixed coil support carrying the transmitter coil and located on said center bearing in such manner that it does not contact rotary components of the cardan shaft and thus ensuring the transmitter coil to be fixed, • a rotary coil support supporting the receiver coil and located on the cardan shaft to rotate together with the cardan shaft, • an electronic circuit performing data transfer on the cardan shaft, • a protector carrying the electronic circuit supplied with power by said receiver coil, the protector being located on a seating surface on the cardan shaft unit part to rotate together with the cardan shaft and being em4located on the center bearing in a manner surrounding the rotary coil support and protecting the fixed coil support and the rotary coil support against external effects,
Toilet bowl having a flushing arrangement for a WC, wherein the toilet bowl has an inlet and an outlet and between these, in a U-bend, means for generating a pulse with which water which is present in the U-bend and forms an air trap can be accelerated, for a flushing operation, in the direction of the outlet, wherein the means for generating a pulse have a plurality of nozzles (12, 12'), with which in the aforementioned water in each case, a flow which is directed substantially towards the outlet can be generated, wherein the plurality of nozzles (12, 12') is arranged directly upstream of, or in, an ascending region of the U-bend such, that during flushing a flow which is directed substantially towards the outlet is generated in the water, characterized in that a distributor ring is arranged at the circumference of the U-bend, which is in connection with the plurality of nozzles (12, 12'), wherein two nozzles are located approximately diametrically opposite one another, or wherein more than two nozzles are uniformly distributed over the circumference, and that the distributor ring runs at a distance apart from the outside of the U-bend.
An apparatus comprising: a first lavatory area; a second lavatory area; a first door for the first lavatory area; and a second door for the second lavatory area, wherein the first door and the second door are configured to move between an open position and a closed position and wherein a single passageway is present in both the first lavatory area and the second lavatory area when the first door and the second door are in the open position; a moveable partition configured for use with the first lavatory area and the second lavatory area, wherein the moveable partition is configured to separate the first lavatory area and the second lavatory area into separate spaces within a fixed perimeter for the first lavatory area and the second lavatory area when the moveable partition is in a first configuration, and wherein the moveable partition is configured to define a single space when the moveable partition is in a second configuration, wherein the first door and the second door are configured to open to form the single passageway for the single space when the moveable partition is in the second configuration; wherein the first lavatory area includes a first toilet and the second lavatory area includes a second toilet and characterised in that a seat extending from the moveable partition is located over the first toilet when the moveable partition is in the second configuration. a first lavatory area; a second lavatory area; a first door for the first lavatory area; and a second door for the second lavatory area, wherein the first door and the second door are configured to move between an open position and a closed position and wherein a single passageway is present in both the first lavatory area and the second lavatory area when the first door and the second door are in the open position; a moveable partition configured for use with the first lavatory area and the second lavatory area, wherein the moveable partition is configured to separate the first lavatory area and the second lavatory area into separate spaces within a fixed perimeter for the first lavatory area and the second lavatory area when the moveable partition is in a first configuration, and wherein the moveable partition is configured to define a single space when the moveable partition is in a second configuration, wherein the first door and the second door are configured to open to form the single passageway for the single space when the moveable partition is in the second configuration; wherein the first lavatory area includes a first toilet and the second lavatory area includes a second toilet and characterised in that a seat extending from the moveable partition is located over the first toilet when the moveable partition is in the second configuration.
A method for resolving clock management issues in emulation of a target system on a host system, the method comprising: emulating a first set of code instructions of a target program to generate first set of emulated instructions that emulate a first component of the target system on the host system; emulating a second set of code instructions of the target program to generate second set of emulated instructions that emulate a second component of the target system on the host system; executing the first set of emulated instructions, wherein execution of the first set of emulated instructions is based on a first clock; executing the second set of emulated instructions, wherein execution of the second set of emulated instructions is based on a second clock; and adjusting the first or second clock (207, 217), an execution of the first or second set of emulated instructions (205, 213) or a memory access to maintain a desired synchronization between the first and second sets of emulated instructions. emulating a first set of code instructions of a target program to generate first set of emulated instructions that emulate a first component of the target system on the host system; emulating a second set of code instructions of the target program to generate second set of emulated instructions that emulate a second component of the target system on the host system; executing the first set of emulated instructions, wherein execution of the first set of emulated instructions is based on a first clock; executing the second set of emulated instructions, wherein execution of the second set of emulated instructions is based on a second clock; and adjusting the first or second clock (207, 217), an execution of the first or second set of emulated instructions (205, 213) or a memory access to maintain a desired synchronization between the first and second sets of emulated instructions.
An inductor assembly, comprising: a substrate; an outer cylindrical housing arranged on the substrate; a wound inductor core arranged in the outer cylindrical housing; a working fluid disposed in the outer cylindrical housing and in contact with the wound inductor core; and an inner cylindrical housing arranged in the wound inductor core, the inner cylindrical housing defining an inner cylindrical channel configured to transmit working fluid axially through the inductor assembly; and characterized by further comprising a condensing formation proximate the inner cylindrical housing and the wound inductor core, wherein the condensing formation is configured to condense a portion of circulated working fluid and transmit the condensed portion to the inner cylindrical channel. a substrate; an outer cylindrical housing arranged on the substrate; a wound inductor core arranged in the outer cylindrical housing; a working fluid disposed in the outer cylindrical housing and in contact with the wound inductor core; and an inner cylindrical housing arranged in the wound inductor core, the inner cylindrical housing defining an inner cylindrical channel configured to transmit working fluid axially through the inductor assembly; and characterized by further comprising a condensing formation proximate the inner cylindrical housing and the wound inductor core, wherein the condensing formation is configured to condense a portion of circulated working fluid and transmit the condensed portion to the inner cylindrical channel.
A method for determining an averaged frequency-dependent transfer function for a perturbed linear time-invariant system by means of an evaluation device, wherein the method comprises: - providing frequency-dependent reference signals at an input of the evaluation device, wherein the frequency-dependent reference signals are derived from excitation signals applied to a linear time-invariant system, - providing frequency-dependent measuring signals at the input of the evaluation device, wherein the frequency-dependent measuring signals are determined for an excitation of the linear time-invariant system with the excitation signals and are associated with the frequency-dependent reference signals, and - determining an averaged frequency-dependent transfer function for the linear time-invariant system, by using signal deconvolution of associated measuring signals and reference signals from the frequency-dependent measuring signals and reference signals, wherein frequency-dependent transfer functions are block-wise determined such that from each block of associated measuring signals and reference signals a respective transfer function is determined and the frequency-dependent transfer functions are averaged, wherein when determining the averaged transfer function at least a part of the determined frequency-dependent transfer functions is included in the averaging corresponding to a respectively associated frequency-dependent weighting. - providing frequency-dependent reference signals at an input of the evaluation device, wherein the frequency-dependent reference signals are derived from excitation signals applied to a linear time-invariant system, - providing frequency-dependent measuring signals at the input of the evaluation device, wherein the frequency-dependent measuring signals are determined for an excitation of the linear time-invariant system with the excitation signals and are associated with the frequency-dependent reference signals, and - determining an averaged frequency-dependent transfer function for the linear time-invariant system, by using signal deconvolution of associated measuring signals and reference signals from the frequency-dependent measuring signals and reference signals, wherein frequency-dependent transfer functions are block-wise determined such that from each block of associated measuring signals and reference signals a respective transfer function is determined and the frequency-dependent transfer functions are averaged,