mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a first wireless device associated with a group including the first wireless device and a second wireless device, the method comprising: receiving a first data packet from the second wireless device of the group; measuring a first reference signal received power, RSRP, based on a reference signal received from the second wireless device of the group; determining (419, 515/517, 515/537) whether or not to transmit Acknowledgement/Negative, ACK/NACK, feedback for the first data packet based on a comparison between the first RSRP and a first RSRP threshold; wherein determining comprises determining to not transmit ACK feedback responsive to the first RSRP being greater than the first RSRP threshold and responsive to successfully decoding the first data packet; the method further comprising: receiving a second data packet from the second wireless device of the group; measuring a second RSRP associated with the second wireless device; and determining (515/517) to not transmit NACK feedback for the second data packet responsive to the second RSRP being less than a second RSRP threshold and responsive to failure decoding the second data packet; wherein the first and second RSRP thresholds are different. receiving a first data packet from the second wireless device of the group; measuring a first reference signal received power, RSRP, based on a reference signal received from the second wireless device of the group; determining (419, 515/517, 515/537) whether or not to transmit Acknowledgement/Negative, ACK/NACK, feedback for the first data packet based on a comparison between the first RSRP and a first RSRP threshold; wherein determining comprises determining to not transmit ACK feedback responsive to the first RSRP being greater than the first RSRP threshold and responsive to successfully decoding the first data packet; the method further comprising: receiving a second data packet from the second wireless device of the group; measuring a second RSRP associated with the second wireless device; and determining (515/517) to not transmit NACK feedback for the second data packet responsive to the second RSRP being less than a second RSRP threshold and responsive to failure decoding the second data packet; wherein the first and second RSRP thresholds are different. receiving a second data packet from the second wireless device of the group; measuring a second RSRP associated with the second wireless device; and determining (515/517) to not transmit NACK feedback for the second data packet responsive to the second RSRP being less than a second RSRP threshold and responsive to failure decoding the second data packet; wherein the first and second RSRP thresholds are different.
A motion assistance apparatus comprising: a fixing device to be attached to a waist of a user; a driver associated with the fixing device, the driver configured to generate a motion assistance torque to assist a walking motion of the user; a support connected to the driver and rotatably connected to the fixing device to supply the walking motion assistance; and a controller configured to control the driver to generate the torque, CHARACTERIZED IN THAT the support is configured to support at least a rear portion of a circumference of a leg of the user without a torque or force transmitting tightening portion, and either: - the controller is configured to maintain close contact between the support and the rear of the leg of the user by controlling the driver to apply a contact maintenance torque which is lower than the motion assistance torque, when the user is not performing the walking motion; or - the motion assistance apparatus comprises an elastic body , which is connected to the fixing device and the support and configured to provide an elastic force to the support in a direction in which the user walks to rotate the support forward against the rear of the leg of the user, without the controller driving the driver to generate the motion assistance torque, to enable the support to be in close contact with the user, while the user is standing erect. a fixing device to be attached to a waist of a user; a driver associated with the fixing device, the driver configured to generate a motion assistance torque to assist a walking motion of the user; a support connected to the driver and rotatably connected to the fixing device to supply the walking motion assistance; and a controller configured to control the driver to generate the torque, - the controller is configured to maintain close contact between the support and the rear of the leg of the user by controlling the driver to apply a contact maintenance torque which is lower than the motion assistance torque, when the user is not performing the walking motion; or - the motion assistance apparatus comprises an elastic body , which is connected to the fixing device and the support and configured to provide an elastic force to the support in a direction in which the user walks to rotate the support forward against the rear of the leg of the user, without the controller driving the driver to generate the motion assistance torque, to enable the support to be in close contact with the user, while the user is standing erect.
An article of apparel comprising: a base component having an outward-facing side and an inward-facing side; and a 3D-printed material that comprises a first portion on the outward-facing side of the base component , a first anchoring portion on the inward-facing side of the base component , and a first connecting portion extending between the outward-facing side and the inward-facing side, the first connecting portion connecting the first portion to the first anchoring portion , the first connecting portion extending through a first opening in the base component , wherein the first portion is in contact with a first surface on the outward-facing side of the base component and the first anchoring portion is in contact with a second surface on the inward-facing side of the base component to restrict movement of the first portion and the first anchoring portion relative to the base component , and wherein the first portion , the first anchoring portion , and the first connecting portion are integrally formed from the first 3D-printed material . a base component having an outward-facing side and an inward-facing side; and a 3D-printed material that comprises a first portion on the outward-facing side of the base component , a first anchoring portion on the inward-facing side of the base component , and a first connecting portion extending between the outward-facing side and the inward-facing side, the first connecting portion connecting the first portion to the first anchoring portion , the first connecting portion extending through a first opening in the base component , wherein the first portion is in contact with a first surface on the outward-facing side of the base component and the first anchoring portion is in contact with a second surface on the inward-facing side of the base component to restrict movement of the first portion and the first anchoring portion relative to the base component , and wherein the first portion , the first anchoring portion , and the first connecting portion are integrally formed from the first 3D-printed material .
A sanitary fitting for tapping water, in particular hot water, having a valve element for setting the water volume and having a water outlet line , which runs from the valve element via an outlet path to an outlet , wherein by closing the valve element , said water outlet line can be subjected to a negative pressure (p U ), by means of which the water in the water outlet line can be at least partially back-suctioned against the outflow direction (F) into a water tank , wherein the sanitary fitting has a valve housing with an adjoining outlet pipe , characterized in that a line disconnector is arranged in the water outlet line , which with the closing of the valve element separates the water column in the water outlet line into a first partial column , which can be back-suctioned into the water tank , and into a second partial column , wherein the second partial column flows out of the outlet in the outflow direction (F), wherein the line disconnector has a ventilation opening , which with the valve element closed brings about a pressure equalization between the ambient pressure and the water column pressure and at which the second partial column breaks as the valve element is closed, and wherein the water outlet line and the line disconnector are arranged in the outlet pipe and an adjustable closing member is assigned to the ventilation opening , which seals the ventilation opening in a water tight manner owing to the flow pressure (p F ) in the water outlet line when the valve element is open, and unblocks the ventilation opening when the valve element is closed.
An optical transmission system which is configured to connect wireless communication systems (2-1, 2-2, 2-3) to each other, the optical transmission system comprising: optical-terminating devices (7-1, 7-2, 7-3) that are configured to connect to the wireless communication systems (2-1, 2-2, 2-3), respectively; characterized by further comprising: a traffic monitor unit configured to monitor data traffic of the optical-terminating devices (7-1, 7-2, 7-3); a connection order acquisition unit configured to estimate a connection order of the optical-terminating devices (7-1, 7-2, 7-3) on a basis of transition of the data traffic of the optical-terminating devices (7-1,7-2,7-3) with a moving terminal device; and a wavelength allocation unit configured to allocate different wavelengths to optical-terminating devices (7-1, 7-2, 7-3) next to each other in the connection order of the optical-terminating devices (7-1, 7-2, 7-3). optical-terminating devices (7-1, 7-2, 7-3) that are configured to connect to the wireless communication systems (2-1, 2-2, 2-3), respectively; characterized by further comprising: a traffic monitor unit configured to monitor data traffic of the optical-terminating devices (7-1, 7-2, 7-3); a connection order acquisition unit configured to estimate a connection order of the optical-terminating devices (7-1, 7-2, 7-3) on a basis of transition of the data traffic of the optical-terminating devices (7-1,7-2,7-3) with a moving terminal device; and a wavelength allocation unit configured to allocate different wavelengths to optical-terminating devices (7-1, 7-2, 7-3) next to each other in the connection order of the optical-terminating devices (7-1, 7-2, 7-3). a traffic monitor unit configured to monitor data traffic of the optical-terminating devices (7-1, 7-2, 7-3); a connection order acquisition unit configured to estimate a connection order of the optical-terminating devices (7-1, 7-2, 7-3) on a basis of transition of the data traffic of the optical-terminating devices (7-1,7-2,7-3) with a moving terminal device; and a wavelength allocation unit configured to allocate different wavelengths to optical-terminating devices (7-1, 7-2, 7-3) next to each other in the connection order of the optical-terminating devices (7-1, 7-2, 7-3).
A hand rehabilitation device to be grasped by a hand to be trained, wherein in use of the hand rehabilitation device , the palm, fingers and thumb of said hand to be trained surround the hand rehabilitation device , comprising: - at least one first support configured to support the thumb of a hand, wherein said at least one first support is designed to perform a flexion/extension movement for rehabilitating said thumb, said flexion/extension movement being actioned by a first transmission mechanism to which the at least one first support is connected; the hand rehabilitation device being characterized in that it comprises: - at least one second support configured to support the index finger of said hand, wherein said at least one second support is designed to perform a flexion/extension movement for rehabilitating said index finger, said flexion/extension movement being actioned by a second transmission mechanism to which the at least one second support is connected; - at least one third support configured to support the three remaining fingers -middle ring, and little fingers- of said hand, wherein said at least one third support is designed to perform a flexion/extension movement for rehabilitating said three remaining fingers, said flexion/extension movement being actioned by a third transmission mechanism to which the at least one third support is connected; wherein said first transmission mechanism is actuated by one motor different from the at least one motor configured to actuate said second and third transmission mechanisms ; wherein the three flexion/extension movements of said at least one first support , said at least one second support and said at least one third support are independent from each other. - at least one first support configured to support the thumb of a hand, wherein said at least one first support is designed to perform a flexion/extension movement for rehabilitating said thumb, said flexion/extension movement being actioned by a first transmission mechanism to which the at least one first support is connected; - at least one second support configured to support the index finger of said hand, wherein said at least one second support is designed to perform a flexion/extension movement for rehabilitating said index finger, said flexion/extension movement being actioned by a second transmission mechanism to which the at least one second support is connected; - at least one third support configured to support the three remaining fingers -middle ring, and little fingers- of said hand, wherein said at least one third support is designed to perform a flexion/extension movement for rehabilitating said three remaining fingers, said flexion/extension movement being actioned by a third transmission mechanism to which the at least one third support is connected;
A process for the preparation of a compound of formula (I) or one of its salts which comprises reacting a compound of formula (II) with a compound selected from phenyl lithium and phenyl magnesium bromide, in a suitable solvent, optionally isolating the so-obtained compound of formula (I) and optionally transforming it into one of its salts.
A method for handling inter-cell interference, comprising: obtaining , by a base station or a network node, downtilt coordination information of a local cell and downtilt coordination information of a neighbor cell; and setting , by the base station or the network node, according to the downtilt coordination information of the local cell and the downtilt coordination information of the neighbor cell, a downtilt of a time-frequency resource blocks on an antenna of the local cell with respect to a to-be-coordinated user equipment; wherein: downtilt coordination information of the downtilt coordination information of the neighbor cell comprises: location information of user equipments within the service range of the neighbor cell. obtaining , by a base station or a network node, downtilt coordination information of a local cell and downtilt coordination information of a neighbor cell; and setting , by the base station or the network node, according to the downtilt coordination information of the local cell and the downtilt coordination information of the neighbor cell, a downtilt of a time-frequency resource blocks on an antenna of the local cell with respect to a to-be-coordinated user equipment; wherein: downtilt coordination information of the downtilt coordination information of the neighbor cell comprises: location information of user equipments within the service range of the neighbor cell.
A plasma processing system comprising: a high-frequency generator configured to deliver power to a plasma chamber ; a low-frequency generator configured to deliver power to the plasma chamber ; and a water cooled filter coupled between the plasma chamber and the high-frequency generator , the water cooled filter configured to suppress power outside of a bandwidth around a frequency of the high-frequency generator , the water cooled filte comprising two or more helical resonators connected in parallel, each of the helical resonators comprising a hollow helical coil for passing water through the helical resonators for cooling; wherein the suppression of power at the frequency of the high-frequency generator is at most 2 dB, and wherein the suppression of power at frequencies more than the frequency of the low-frequency generator from the frequency of the high-frequency generator is at least 2 dB higher than the suppression of power at the frequency of the high-frequency generator . a high-frequency generator configured to deliver power to a plasma chamber ; a low-frequency generator configured to deliver power to the plasma chamber ; and a water cooled filter coupled between the plasma chamber and the high-frequency generator , the water cooled filter configured to suppress power outside of a bandwidth around a frequency of the high-frequency generator , the water cooled filte comprising two or more helical resonators connected in parallel, each of the helical resonators comprising a hollow helical coil for passing water through the helical resonators for cooling; wherein the suppression of power at the frequency of the high-frequency generator is at most 2 dB, and wherein the suppression of power at frequencies more than the frequency of the low-frequency generator from the frequency of the high-frequency generator is at least 2 dB higher than the suppression of power at the frequency of the high-frequency generator .
A method for producing a material for thermal spraying, used for plasma thermal spraying, flame thermal spraying, or laser thermal spraying, characterized in that the method comprising the steps of: a) dispersing fine particles of a ceramic or a metal in a liquid resin; b) pulverizing a cured material from a mixture obtained in the step a) to obtain a material for thermal spraying having a particle diameter which is larger than that of the fine particles and is within a predetermined target particle diameter range; and c) repeating the step a) and step b), wherein over-pulverized particles having a particle diameter below the target particle diameter range obtained when the cured material is pulverized in a completed step b) are also added to the liquid resin and are dispersed in a second or later time step a), wherein the fine particles have an average particle diameter of not less than 25 nm and not more than 1000 nm when the average particle diameter is measured by a laser diffraction scattering method or a dynamic-light-scattering method. a) dispersing fine particles of a ceramic or a metal in a liquid resin; b) pulverizing a cured material from a mixture obtained in the step a) to obtain a material for thermal spraying having a particle diameter which is larger than that of the fine particles and is within a predetermined target particle diameter range; and c) repeating the step a) and step b),
A laminate comprising a structure comprising, in order, an olefin-type rubber layer (A); an adhesive resin layer (B) containing a silane-modified ethylene/vinyl acetate copolymer; and a layer (C) containing a rubber containing Group 16 elements and/or Group 17 elements. an olefin-type rubber layer (A); an adhesive resin layer (B) containing a silane-modified ethylene/vinyl acetate copolymer; and a layer (C) containing a rubber containing Group 16 elements and/or Group 17 elements.
An off-axis prepreg material manufacturing machine , comprising: a robot configured to position a prepreg piece adjacent to an end of a prepreg layer ; an alignment system configured to sense a position of the prepreg piece relative to the prepreg layer and generate a position signal representative thereof; a controller configured to receive the position signal and cause the robot to adjust the position of the prepreg piece such that an end edge of the prepreg piece and an end edge of the prepreg layer are in substantially abutting contact; wherein a welding system has one or more welding shoes configured to apply heat, and preferably pressure, to abutting end edges of the prepreg piece and prepreg layer and form a weld seam joining the prepreg piece to the prepreg layer . a robot configured to position a prepreg piece adjacent to an end of a prepreg layer ; an alignment system configured to sense a position of the prepreg piece relative to the prepreg layer and generate a position signal representative thereof; a controller configured to receive the position signal and cause the robot to adjust the position of the prepreg piece such that an end edge of the prepreg piece and an end edge of the prepreg layer are in substantially abutting contact; wherein a welding system has one or more welding shoes configured to apply heat, and preferably pressure, to abutting end edges of the prepreg piece and prepreg layer and form a weld seam joining the prepreg piece to the prepreg layer .
A method of manufacturing a heat exchanger, the method comprising layering a plurality of bonding members made of stainless steel, and applying heat and pressure to effect diffusion bonding of the bonding members , wherein release members are arranged on both surface sides of the bonding members , and holding jigs are arranged so as to sandwich the bonding members through the release members , and pressing is then performed through the holding jigs with a pressure device, and c h a r a c t e r i z e d in that the diffusion bonding is performed using a combination of the release members and the bonding members , the release members including a steel material containing 1.5 mass% or more of Si, a ratio (Fr/Fp) of high-temperature strength (Fr) of the release members at 1000°C to high-temperature strength (Fp) of the bonding members at 1000°C being 0.9 or more, wherein the high-temperature strength is a value of 0.2% proof stress measured by a high-temperature tensile test with a strain rate of 0.3%/min at a temperature of 1000°C.
A windscreen comprising: a first shell element and a second shell element, the first shell element being detachably connected to the second shell element , wherein the first and second shell elements , when assembled, form an interior space , and comprise windscreen functionality; and a container in communication with a sanding system for housing material used when the sanding system is in operation, wherein the container is configured to be positioned in the interior space formed by the first and second shell elements . a first shell element and a second shell element, the first shell element being detachably connected to the second shell element , wherein the first and second shell elements , when assembled, form an interior space , and comprise windscreen functionality; and a container in communication with a sanding system for housing material used when the sanding system is in operation, wherein the container is configured to be positioned in the interior space formed by the first and second shell elements .