mhurhangee/patent-ind-claim-en huggingface dataset:
Thrust reverser of a nacelle of a turbojet engine of an aircraft extending about a longitudinal axis (A) and comprising a fixed structure and at least one door rotatable between a closed position in which said door provides aerodynamic continuity with the fixed structure for the circulation of an air flow and an open position in which the circulating air flow is diverted to the exterior and upstream of the thrust reverser , the fixed structure comprising a downstream frame comprising an upstream end spaced axially from a downstream end edge of the door by an axial clearance (J) parallel to the longitudinal axis (A), the thrust reverser comprising at least one system (20; 30) for diverting fluids to the exterior of the thrust reverser associated with the door characterised in that the fluid diverter system (20; 30) comprises at least one deflector group comprising at least one projection (22, 24; 32, 34) fixed onto one of the door or the fixed structure and extending locally from one of downstream end edge of the door or the upstream end of the downstream frame in the axial clearance (J) and towards one of the upstream end of the downstream frame or the downstream end edge of the door , while leaving an axial gap between a free end of said projection (22, 24; 32, 34) and one of the upstream end of the downstream frame of the fixed structure or the downstream end edge of the door .
A method for manufacturing an optical laminate, comprising: producing a transfer laminate having an optical body , in one surface of which a micro concave-convex structure in which concavities and convexities are arranged at an average cycle less than or equal to a visible light wavelength is formed, a transfer body having an inverted concave-convex structure fitted in the micro concave-convex structure of the optical body, and a covering body that covers other surface of the optical body that is located on a side where the transfer body is not provided; forming a bonding layer yet to be cured on part of a surface of an adherend ; peeling part of the covering body from the other surface of the optical body of the transfer laminate such that part of the other surface of the optical body is exposed; pressing the transfer laminate against the adherend such that an exposed surface of the part of the other surface of the optical body comes into contact with the bonding layer yet to be cured; curing the bonding layer yet to be cured; and peeling part of the optical body bonded to the cured bonding layer from the transfer body, wherein an initial 90° peeling force when peeling the part of the optical body from the transfer body is less than or equal to 70% of a 90° peeling force between the optical body and the bonding layer. producing a transfer laminate having an optical body , in one surface of which a micro concave-convex structure in which concavities and convexities are arranged at an average cycle less than or equal to a visible light wavelength is formed, a transfer body having an inverted concave-convex structure fitted in the micro concave-convex structure of the optical body, and a covering body that covers other surface of the optical body that is located on a side where the transfer body is not provided; forming a bonding layer yet to be cured on part of a surface of an adherend ; peeling part of the covering body from the other surface of the optical body of the transfer laminate such that part of the other surface of the optical body is exposed; pressing the transfer laminate against the adherend such that an exposed surface of the part of the other surface of the optical body comes into contact with the bonding layer yet to be cured; curing the bonding layer yet to be cured; and peeling part of the optical body bonded to the cured bonding layer from the transfer body, wherein an initial 90° peeling force when peeling the part of the optical body from the transfer body is less than or equal to 70% of a 90° peeling force between the optical body and the bonding layer.
An air-conditioning system comprising a discharge device for discharging condensed water from the air-conditioning system , wherein the discharge device has a piping system for guiding the condensed water, wherein the discharge device has a regulating element , wherein the regulating element is configured and arranged such that the regulating element guides the condensed water inside the piping system in the first rotational position and establishes a continuous connection between a drip-off point for the condensed water and an outer area around the air-conditioning system in the second rotational position, characterized in that the regulating element is configured as an open channel rotatable about a longitudinal axis between a first rotational position and a second rotational position. wherein the discharge device has a piping system for guiding the condensed water, wherein the discharge device has a regulating element , wherein the regulating element is configured and arranged such that the regulating element guides the condensed water inside the piping system in the first rotational position and establishes a continuous connection between a drip-off point for the condensed water and an outer area around the air-conditioning system in the second rotational position, characterized in that the regulating element is configured as an open channel rotatable about a longitudinal axis between a first rotational position and a second rotational position.
A communication apparatus comprising: a communication unit configured to transmit and receive a signal; and a control unit configured to control the transmission and reception of the signal, wherein the control unit controls transmission of an induction signal to a plurality of destination stations to each of which a signal has been transmitted by the communication unit, the induction signal inducing transmission, by a destination station, of an acknowledgement/negative-acknowledgement signal with respect to the signal, wherein the induction signal contains information associated with a plurality of candidate regions with respect to which the acknowledgement/negative-acknowledgement signal is transmittable, and wherein the induction signal contains information associated with a size of the candidate regions on a frequency axis. a communication unit configured to transmit and receive a signal; and a control unit configured to control the transmission and reception of the signal, wherein the control unit controls transmission of an induction signal to a plurality of destination stations to each of which a signal has been transmitted by the communication unit, the induction signal inducing transmission, by a destination station, of an acknowledgement/negative-acknowledgement signal with respect to the signal, wherein the induction signal contains information associated with a plurality of candidate regions with respect to which the acknowledgement/negative-acknowledgement signal is transmittable, and wherein the induction signal contains information associated with a size of the candidate regions on a frequency axis.
A method for performing vehicle-to-everything, V2X, communication by sharing an uplink resource and a sidelink resource in a wireless communication system, the method comprising: transmitting, by a first user equipment, UE , a reference signal to a base station (S1910); receiving, by the first UE , a downlink control signal from the base station, the downlink control signal comprising beam restriction information indicating a beam not to be used to reduce interference in an uplink signal when the first UE transmits a sidelink signal (S1920); and transmitting, by the first UE , the sidelink signal to a second UE using a beam other than the beam indicated by the beam restriction information, the sidelink signal being transmitted through a resource pool in which the uplink resource and the sidelink resource overlap in time and frequency domains (S1930), wherein the downlink control signal further comprises beam recommendation information indicating a beam to used when the first UE transmits an uplink signal, the uplink signal is transmitted to the base station through the resource pool using the beam indicated by the beam recommendation information, the downlink control signal further comprises a channel information type field, the beam recommendation information is comprised in the downlink control signal when the channel information type field indicates a first value, and the beam restriction information is comprised in the downlink control signal when the channel information type field indicates a second value. transmitting, by a first user equipment, UE , a reference signal to a base station (S1910); receiving, by the first UE , a downlink control signal from the base station, the downlink control signal comprising beam restriction information indicating a beam not to be used to reduce interference in an uplink signal when the first UE transmits a sidelink signal (S1920); and transmitting, by the first UE , the sidelink signal to a second UE using a beam other than the beam indicated by the beam restriction information, the sidelink signal being transmitted through a resource pool in which the uplink resource and the sidelink resource overlap in time and frequency domains (S1930), wherein the downlink control signal further comprises beam recommendation information indicating a beam to used when the first UE transmits an uplink signal, the uplink signal is transmitted to the base station through the resource pool using the beam indicated by the beam recommendation information, the downlink control signal further comprises a channel information type field, the beam recommendation information is comprised in the downlink control signal when the channel information type field indicates a first value, and the beam restriction information is comprised in the downlink control signal when the channel information type field indicates a second value.
A wireless network device , for use within a wireless network , comprising: a processor ; a memory ; and an interface for receiving and transmitting data; wherein the wireless network device is adapted to: determine the root access point in the wireless network ; determine a first end-to-end cost associated with communication between the root access point, the wireless network device and a client device to which the wireless network device is connectable; determine a second end-to-end cost associated with communication between the root access point, the client device and a further wireless network device to which the client device is connectable; determine whether the first end-to-end cost or the second end-to-end cost is the lower cost; and if the second end-to-end cost is the lower cost, the wireless network device is adapted to guide the client device to communicate with the further network device , wherein the wireless network device is adapted to receive data, via the interface , from other wireless network devices in the wireless network , wherein the data is indicative of the second end-to-end cost. a processor ; a memory ; and an interface for receiving and transmitting data; wherein the wireless network device is adapted to: determine the root access point in the wireless network ; determine a first end-to-end cost associated with communication between the root access point, the wireless network device and a client device to which the wireless network device is connectable; determine a second end-to-end cost associated with communication between the root access point, the client device and a further wireless network device to which the client device is connectable; determine whether the first end-to-end cost or the second end-to-end cost is the lower cost; and if the second end-to-end cost is the lower cost, the wireless network device is adapted to guide the client device to communicate with the further network device , wherein the wireless network device is adapted to receive data, via the interface , from other wireless network devices in the wireless network , wherein the data is indicative of the second end-to-end cost. determine the root access point in the wireless network ; determine a first end-to-end cost associated with communication between the root access point, the wireless network device and a client device to which the wireless network device is connectable; determine a second end-to-end cost associated with communication between the root access point, the client device and a further wireless network device to which the client device is connectable; determine whether the first end-to-end cost or the second end-to-end cost is the lower cost; and if the second end-to-end cost is the lower cost, the wireless network device is adapted to guide the client device to communicate with the further network device , wherein the wireless network device is adapted to receive data, via the interface , from other wireless network devices in the wireless network , wherein the data is indicative of the second end-to-end cost.
A method of monitoring ophthalmic lens manufacturing controlled conditions, wherein the ophthalmic lens comprises a hydrogel body, the method comprising: placing a communication system on a lens forming surface (103-104) of a mold ; energizing the communication system ; putting a lens forming mixture in contact with the lens forming surface (103-104) by depositing the lens forming mixture to the mold including the lens forming surface (103-104); forming the ophthalmic lens according to an ophthalmic lens design using a suitable manufacturing method, wherein the hydrogel body of the ophthalmic lens is molded around the communication system ; storing a unique identifier in the communication system of said ophthalmic lens ; measuring a controlled condition during the depositing of the lens forming mixture and/or the forming of the ophthalmic lens using at least one or more sensor(s) in the communication system ; transmitting sensor data relating to the measured condition to a processor ; and identifying a deficiency in the controlled condition using the sensor data and the unique identifier. placing a communication system on a lens forming surface (103-104) of a mold ; energizing the communication system ; putting a lens forming mixture in contact with the lens forming surface (103-104) by depositing the lens forming mixture to the mold including the lens forming surface (103-104); forming the ophthalmic lens according to an ophthalmic lens design using a suitable manufacturing method, wherein the hydrogel body of the ophthalmic lens is molded around the communication system ; storing a unique identifier in the communication system of said ophthalmic lens ; measuring a controlled condition during the depositing of the lens forming mixture and/or the forming of the ophthalmic lens using at least one or more sensor(s) in the communication system ; transmitting sensor data relating to the measured condition to a processor ; and identifying a deficiency in the controlled condition using the sensor data and the unique identifier.
A power converter assembly comprising: a first self-oscillating resonant half bridge power converter comprising: a first controllable semiconductor switch (S1) and a second controllable semiconductor switch (S2) connected in series between a first DC supply rail (V cc ) and a second DC supply rail (GND), a first gate inductor (LG1) connected between a control input of the first controllable semiconductor switch (S1) and a first bias voltage, such as the first DC supply rail, a second gate inductor (LG2) connected between a control input of the second controllable semiconductor switch (S2) and a common output node of the first and second controllable semiconductor switches (S1, S2), a resonant network connected to the common output node , wherein a switching frequency of the first self-oscillating resonant half bridge power converter is larger than 1 MHz; and a start-up circuit configured to inject a first voltage pulse into the control input of the first controllable semiconductor switch (S1) for switching the first semiconductor switch (S1) from a non-conducting state to a conducting state to switch the first self-oscillating resonant half bridge power converter from an inactive state to an active state; characterised in that a duration of the first voltage pulse is less than a duration of one switching cycle of the first self-oscillating resonant half bridge power converter, such as between 1 % and 50 % of the duration of the one switching cycle; said one switching cycle representing a switching frequency of the first self-oscillating resonant half bridge power converter in its active state. a first controllable semiconductor switch (S1) and a second controllable semiconductor switch (S2) connected in series between a first DC supply rail (V cc ) and a second DC supply rail (GND), a first gate inductor (LG1) connected between a control input of the first controllable semiconductor switch (S1) and a first bias voltage, such as the first DC supply rail, a second gate inductor (LG2) connected between a control input of the second controllable semiconductor switch (S2) and a common output node of the first and second controllable semiconductor switches (S1, S2), a resonant network connected to the common output node , wherein a switching frequency of the first self-oscillating resonant half bridge power converter is larger than 1 MHz; and a start-up circuit configured to inject a first voltage pulse into the control input of the first controllable semiconductor switch (S1) for switching the first semiconductor switch (S1) from a non-conducting state to a conducting state to switch the first self-oscillating resonant half bridge power converter from an inactive state to an active state; characterised in that a duration of the first voltage pulse is less than a duration of one switching cycle of the first self-oscillating resonant half bridge power converter, such as between 1 % and 50 % of the duration of the one switching cycle; said one switching cycle representing a switching frequency of the first self-oscillating resonant half bridge power converter in its active state.
Dispensing closure for a container with a spout for dispensing a fluid, said dispensing closure comprising - a peripheral wall adapted to at least partly fit within the spout and to seal against the spout, when the closure is in its closed position, - a transverse wall extending inside of the peripheral wall , and - a toggle member extending from the transverse wall to be manipulated by a user, wherein said peripheral wall and said transverse wall are made of an elastic material, and wherein said closure is arranged and adapted such that a) the closure is in its closed position when no force is exerted by a user onto said toggle member , and b) at least part of the transverse wall and at least part of the peripheral wall are distorted when a force is exerted onto said toggle member by a user such that the seal between the peripheral wall and the spout of the container is at least partly opened to bring the closure in its opened position and to permit dispensing of the fluid out of the container , characterized in that said dispensing closure further comprises a valve element , said valve element being provided in said transverse wall and being arranged such that it is closed when said closure is in its closed position and such that it is at least partly open when said closure is in its opened position to permit flow of air into said container , wherein said transverse wall comprises an actuating element , extending from an upper or outer side of said transverse wall and being arranged such that it exerts a force onto said valve element , when said toggle member is manipulated by the user to bring the dispensing closure into its opened position. - a peripheral wall adapted to at least partly fit within the spout and to seal against the spout, when the closure is in its closed position, - a transverse wall extending inside of the peripheral wall , and - a toggle member extending from the transverse wall to be manipulated by a user, a) the closure is in its closed position when no force is exerted by a user onto said toggle member , and b) at least part of the transverse wall and at least part of the peripheral wall are distorted when a force is exerted onto said toggle member by a user such that the seal between the peripheral wall and the spout of the container is at least partly opened to bring the closure in its opened position and to permit dispensing of the fluid out of the container ,
A heat exchanger of the welded plate type for heat transfer between air and liquid, said heat exchanger comprising a plurality of plates with each with an internal volume inside a peripheral flange having a flange thickness, and which are in parallel fluid communication with an inlet and an outlet, said plates being mounted in a frame with a mutual predetermined distance, such that air can flow between the plates , and wherein the plates are mounted between at least two plate holding frame members on opposite sides of said plates , wherein said plate holding frame members are provided with an exterior edge and with a plurality of slits in a comb-like shape extending from said exterior edge , characterised in that first type slits and second type of slits are provided in an alternating configuration, wherein the first type slits are formed with a narrow entry passage section having a width corresponding to the flange thickness and a widened opening section there behind, and wherein the first type slits are adapted to receiving the peripheral flanges of the plates in the narrow passage section ; and wherein the second type slits are substantially straight and left vacant. a plurality of plates with each with an internal volume inside a peripheral flange having a flange thickness, and which are in parallel fluid communication with an inlet and an outlet, said plates being mounted in a frame with a mutual predetermined distance, such that air can flow between the plates , and wherein the plates are mounted between at least two plate holding frame members on opposite sides of said plates , wherein said plate holding frame members are provided with an exterior edge and with a plurality of slits in a comb-like shape extending from said exterior edge , characterised in that first type slits and second type of slits are provided in an alternating configuration, wherein the first type slits are formed with a narrow entry passage section having a width corresponding to the flange thickness and a widened opening section there behind, and wherein the first type slits are adapted to receiving the peripheral flanges of the plates in the narrow passage section ; and wherein the second type slits are substantially straight and left vacant.