mhurhangee/patent-ind-claim-en huggingface dataset:
A method, for use in an access node of a cellular communications network, comprising: receiving signals comprising multiple instances of an uplink Random Access message; characterized in spatially resolving the received signals to identify directions from which the uplink Random Access message was transmitted; identifying approximate distances from which the uplink Random Access Message was transmitted; and transmitting distinct downlink Random Access response messages for reception in the identified directions from which the uplink Random Access message was transmitted, wherein the distinct downlink Random Access messages are transmitted with power levels based on the identified approximate distances. receiving signals comprising multiple instances of an uplink Random Access message; characterized in spatially resolving the received signals to identify directions from which the uplink Random Access message was transmitted; identifying approximate distances from which the uplink Random Access Message was transmitted; and transmitting distinct downlink Random Access response messages for reception in the identified directions from which the uplink Random Access message was transmitted, wherein the distinct downlink Random Access messages are transmitted with power levels based on the identified approximate distances.
Apparatus including a damping plate attached to the, in use submerged, end of a spar-like element , the spar-like element (200, in use floating in a body of water, the spar-like element tending to move up and down in a vertical direction in response to passing waves, said damping plate having a pair of oppositely facing surfaces, the oppositely facing surfaces being the upper surface and the lower surface, both extending transversely to the vertical direction of the movement of the spar-like element and a vertical lip mounted on the respective oppositely facing surfaces along the edge of the damping plate for increasing the effective mass of the water pushed in the up and down direction during movement of the damping plate through the water; characterised in that the lower lip is longer than the upper lip , so that the hydraulic mass and drag are greater when the spar-like element moves downward than when it moves upward and the movement of the spar-like element toward the sea floor is impeded.
A method comprising: establishing a range between a pair of ultra-wideband, UWB, transceivers comprising a first UWB, transceiver with a second UWB transceiver using a process in execution upon the first UWB transceiver and the second UWB transceiver; wherein the process comprises: transmitting an UWB impulse with the first UWB transceiver where the first UWB transceiver is operating with a first clock rate having first integration windows established in dependence upon the first clock rate; receiving from the second UWB transceiver an echo signal where the echo signal is generated and transmitted by the second UWB transceiver when the second UWB transceiver determines receipt of the UWB impulse; determining that the echo signal has been received from the second UWB transceiver when a the received energy within a first integration window of the first integration windows exceeds a predetermined threshold; upon determining that the echo signal has been received, providing the integrated energies within the first integration windows to a digital signal processing, DSP, circuit ; and deriving an estimate of elapsed time with the DSP circuit in dependence upon a time the echo signal was received which is established using the received energies within the first integration windows . transmitting an UWB impulse with the first UWB transceiver where the first UWB transceiver is operating with a first clock rate having first integration windows established in dependence upon the first clock rate; receiving from the second UWB transceiver an echo signal where the echo signal is generated and transmitted by the second UWB transceiver when the second UWB transceiver determines receipt of the UWB impulse; determining that the echo signal has been received from the second UWB transceiver when a the received energy within a first integration window of the first integration windows exceeds a predetermined threshold; upon determining that the echo signal has been received, providing the integrated energies within the first integration windows to a digital signal processing, DSP, circuit ; and deriving an estimate of elapsed time with the DSP circuit in dependence upon a time the echo signal was received which is established using the received energies within the first integration windows .
An injector comprising a body and a container , the body having an injection opening and including a drive mechanism which can be actuated to move the container within the body and inject medication from the container through the injection opening , the container comprising an outlet and including an injection needle releasably coupled thereto, the injection needle comprising a hub and a needle , the hub extending along a first axis between a connecting end and a needle end , the connection end comprising connection means for connecting to the container and the needle connecting to the hub at the needle end , the needle extending from the hub along the first axis to an injection end , the injection needle comprising a channel extending from the connection end of the hub to the injection end of the needle , the needle further comprising a needle shield , the needle shield releasably coupled to the needle hub and substantially covering the needle , the body further including a body stop , the body stop comprising a shoulder extending radially inwardly from the body , wherein the shoulder of the body stop defines an aperture though which the needle shield , but not a reference shoulder can pass, the body stop being configured to contact the reference shoulder to limit the distance of the injection end of the needle extending out of the injection opening , characterised in that the reference shoulder is provided on a sleeve that is fitted to and substantially surrounds the hub , the sleeve being a separate component added to the injection needle and substantially unable to move away from the injection end such that the reference shoulder is in a fixed axial position relative to the injection end .
A head-mounted device , comprising: a head-mounted housing ; and optical modules coupled to the head-mounted housing , wherein the optical modules each comprise: an optical module support structure having an opening ; a removable vision correction lens having a vision correction lens element , a frame and a magnet , wherein the frame and the magnet are received within the opening when the removable vision correction lens is mounted to the optical module support structure; a display coupled to the optical module support structure ; a lens coupled to the optical module support structure that is configured to provide an image from the display to an eye box ; and a ring-shaped sealing structure that surrounds a peripheral edge of the lens and that presses against a surface of the optical module support structure to prevent environmental contaminant ingress into an interior optical module region between the display and the lens . a head-mounted housing ; and optical modules coupled to the head-mounted housing , wherein the optical modules each comprise: an optical module support structure having an opening ; a removable vision correction lens having a vision correction lens element , a frame and a magnet , wherein the frame and the magnet are received within the opening when the removable vision correction lens is mounted to the optical module support structure; a display coupled to the optical module support structure ; a lens coupled to the optical module support structure that is configured to provide an image from the display to an eye box ; and a ring-shaped sealing structure that surrounds a peripheral edge of the lens and that presses against a surface of the optical module support structure to prevent environmental contaminant ingress into an interior optical module region between the display and the lens . an optical module support structure having an opening ; a removable vision correction lens having a vision correction lens element , a frame and a magnet , wherein the frame and the magnet are received within the opening when the removable vision correction lens is mounted to the optical module support structure; a display coupled to the optical module support structure ; a lens coupled to the optical module support structure that is configured to provide an image from the display to an eye box ; and a ring-shaped sealing structure that surrounds a peripheral edge of the lens and that presses against a surface of the optical module support structure to prevent environmental contaminant ingress into an interior optical module region between the display and the lens .
A lithium-air battery comprising: a cathode comprising a gas diffusion layer comprising a solid electronically conductive material coated with carbon black, the gas diffusion layer being at least partially filled with gaseous air a separator comprising an electronically nonconducting filter material arranged between the anode and the cathode, the filter material being at least partially impregnated with a liquid electrolyte, and an anode comprising carbon-coated particles of M x Zn 1-x O wherein M is a transition metal selected from the group comprising Fe, Co, Ni, Mn and Cu, and 0.02≦x≦0.14, wherein the electrolyte comprises N,N-diethyl-N-methyl-N-(2-methoxyethyl) ammonium bis(trifluoromethylsulfonyl)imid (DEME-TFSI) as hydrophobic, ionic liquid and lithium bis(trifluoromethylsulfonyl)imid (LiTFSI) as lithium salt, and wherein the three phases of gaseous air, liquid electrolyte and solid, electronically conductive material are in contact at at least one point of the gas diffusion layer. a cathode comprising a gas diffusion layer comprising a solid electronically conductive material coated with carbon black, the gas diffusion layer being at least partially filled with gaseous air a separator comprising an electronically nonconducting filter material arranged between the anode and the cathode, the filter material being at least partially impregnated with a liquid electrolyte, and an anode comprising carbon-coated particles of M x Zn 1-x O wherein M is a transition metal selected from the group comprising Fe, Co, Ni, Mn and Cu, and 0.02≦x≦0.14, wherein the electrolyte comprises N,N-diethyl-N-methyl-N-(2-methoxyethyl) ammonium bis(trifluoromethylsulfonyl)imid (DEME-TFSI) as hydrophobic, ionic liquid and lithium bis(trifluoromethylsulfonyl)imid (LiTFSI) as lithium salt, and wherein the three phases of gaseous air, liquid electrolyte and solid, electronically conductive material are in contact at at least one point of the gas diffusion layer.
A charging system configured to charge a power storage device (BAT) mounted on a moving object (V), comprising: an electric power conversion device configured to convert electric power supplied from a commercial power supply (PS); a control device configured to control the electric power conversion device ; a kinetic energy storage device configured to store kinetic energy; and a rotary electric machine that is electrically connected to the electric power conversion device and is mechanically connected to the kinetic energy storage device, wherein the kinetic energy storage device and the rotary electric machine are configured to form a kinetic energy storage unit , the charging system has a plurality of the kinetic energy storage units , and a plurality of the rotary electric machines are electrically connected to each other and electrically connected to the electric power conversion device in parallel, characterized in that the control device is configured to perform phase matching control for matching rotational phases of rotors of the plurality of rotary electric machines before starting storage of kinetic energy of the kinetic energy storage device by the plurality of rotary electric machines, and the phase matching control is performed so that at least a part of a plurality of phases is energized with direct current. an electric power conversion device configured to convert electric power supplied from a commercial power supply (PS); a control device configured to control the electric power conversion device ; a kinetic energy storage device configured to store kinetic energy; and a rotary electric machine that is electrically connected to the electric power conversion device and is mechanically connected to the kinetic energy storage device, wherein the kinetic energy storage device and the rotary electric machine are configured to form a kinetic energy storage unit , the charging system has a plurality of the kinetic energy storage units , and a plurality of the rotary electric machines are electrically connected to each other and electrically connected to the electric power conversion device in parallel, characterized in that the control device is configured to perform phase matching control for matching rotational phases of rotors of the plurality of rotary electric machines before starting storage of kinetic energy of the kinetic energy storage device by the plurality of rotary electric machines, and the phase matching control is performed so that at least a part of a plurality of phases is energized with direct current.
A method for producing a polyamide, the method comprising: polymerizing a raw material monomer having at least one alkylene group and at least one amide bond in the presence of a basic catalyst and a polymerization initiator, the number of carbons of the alkylene group being 1 or more and 3 or less, and the raw material monomer is 2-pyrrolidone, and the used amount of the polymerization initiator is 0.1 mol% or more and 2.0 mol% or less with respect to the total amount of the supplied raw material monomer, and the polymerization initiator being a linear carboxylate having a structure derived from a secondary or tertiary alcohol, wherein the linear carboxylate refers to a carboxylate other than lactones, that is, a carboxylate other than cyclic esters which are compounds each having an ester bond in a ring. polymerizing a raw material monomer having at least one alkylene group and at least one amide bond in the presence of a basic catalyst and a polymerization initiator, the number of carbons of the alkylene group being 1 or more and 3 or less, and the raw material monomer is 2-pyrrolidone, and the used amount of the polymerization initiator is 0.1 mol% or more and 2.0 mol% or less with respect to the total amount of the supplied raw material monomer, and the polymerization initiator being a linear carboxylate having a structure derived from a secondary or tertiary alcohol, wherein the linear carboxylate refers to a carboxylate other than lactones, that is, a carboxylate other than cyclic esters which are compounds each having an ester bond in a ring.
A pharmaceutical combination comprising (a) Compound A1, described by Formula A1 below: or a pharmaceutically acceptable salt thereof, and (b) letrozole, or a pharmaceutically acceptable salt thereof. (a) Compound A1, described by Formula A1 below: or a pharmaceutically acceptable salt thereof, and (b) letrozole, or a pharmaceutically acceptable salt thereof.
A patch pump comprising: a reservoir ; a pump ; a cannula insertion device ; a needle carriage ; a catheter carriage ; a rail device on which at least one of the needle carriage and the catheter carriage is slidable; wherein the cannula insertion device comprises a Scotch yoke powered by a torsion spring for inserting an introducer needle and a catheter into an infusion site and for retracting only the introducer needle while the catheter remains inserted into the infusion site; wherein the torsion spring is mounted on an axle post of the needle carriage ; wherein a linkage connects the needle carriage to the Scotch yoke ; wherein the Scotch yoke converts the rotational motion of the torsion spring into a linear descending motion of the needle carriage which in turn pushes on the catheter carriage to push the introducer needle and the catheter , thereby inserting the introducer needle and the catheter into the infusion site, followed by a linear ascending motion of only the needle carriage which withdraws the introducer needle without retracting the catheter ; wherein the rail device comprises a bent resilient locking tab that gives way when the catheter carriage slides below the resilient tab and returns to shape after the catheter carriage has slid past the resilient tab to prevent the catheter carriage from sliding beyond the resilient tab ; and wherein infusate from the reservoir is pumped by the pump into the infusion site after the catheter is inserted into the infusion site. a reservoir ; a pump ; a cannula insertion device ; a needle carriage ; a catheter carriage ; a rail device on which at least one of the needle carriage and the catheter carriage is slidable; wherein the cannula insertion device comprises a Scotch yoke powered by a torsion spring for inserting an introducer needle and a catheter into an infusion site and for retracting only the introducer needle while the catheter remains inserted into the infusion site; wherein the torsion spring is mounted on an axle post of the needle carriage ; wherein a linkage connects the needle carriage to the Scotch yoke ; wherein the Scotch yoke converts the rotational motion of the torsion spring into a linear descending motion of the needle carriage which in turn pushes on the catheter carriage to push the introducer needle and the catheter , thereby inserting the introducer needle and the catheter into the infusion site, followed by a linear ascending motion of only the needle carriage which withdraws the introducer needle without retracting the catheter ; wherein the rail device comprises a bent resilient locking tab that gives way when the catheter carriage slides below the resilient tab and returns to shape after the catheter carriage has slid past the resilient tab to prevent the catheter carriage from sliding beyond the resilient tab ; and wherein infusate from the reservoir is pumped by the pump into the infusion site after the catheter is inserted into the infusion site.
Use of polyamide powder particles in a cosmetic composition for the nails for improving the glossy appearance and/or the rough appearance of a layer of said composition on the nail, wherein : - the volume-average diameter of the particles is within the range from 80 to 120 μm, - the content of PA powder is within the range from 2 to 10% by weight, with regard to the total weight of the composition, - the powder is added directly to said composition, - the composition thus additivated is a varnish base, a makeup varnish for the nails, a finishing composition for the nails and/or a cosmetic care composition for the nails, said composition being pigmented or transparent. - the volume-average diameter of the particles is within the range from 80 to 120 μm, - the content of PA powder is within the range from 2 to 10% by weight, with regard to the total weight of the composition, - the powder is added directly to said composition, - the composition thus additivated is a varnish base, a makeup varnish for the nails, a finishing composition for the nails and/or a cosmetic care composition for the nails, said composition being pigmented or transparent.
A process for preparing tissue for medical applications, in particular tissue for use for an artificial heart valve, this process comprising the following steps: decellularizing the tissue by means of a detergent; treating the tissue with an α-galactosidase; and cross-linking the collagen fibers of the tissue by means of a suitable cross-linking agent, characterized in that the α-galactosidase comes from Cucumis melo. decellularizing the tissue by means of a detergent; treating the tissue with an α-galactosidase; and cross-linking the collagen fibers of the tissue by means of a suitable cross-linking agent, characterized in that the α-galactosidase comes from Cucumis melo.
A method of wireless communications for an access and mobility management function AMF, comprising: receiving a request from a user equipment UE, the request including a list of local area data networks LADNs that are supported by and configured in the UE; determining , in response to the request, a set of LADNs from the list of LADNs for the UE based on a subscription of the UE to a set of data network names DNNs corresponding to the set of available LADNs; and sending the UE information indicative of the set of available LADNs and a location of availability corresponding to each of the LADNs of the set of available LADNs. receiving a request from a user equipment UE, the request including a list of local area data networks LADNs that are supported by and configured in the UE; determining , in response to the request, a set of LADNs from the list of LADNs for the UE based on a subscription of the UE to a set of data network names DNNs corresponding to the set of available LADNs; and sending the UE information indicative of the set of available LADNs and a location of availability corresponding to each of the LADNs of the set of available LADNs.
Trough section of a trickle trough serving to receive surface water, with two side-walls and a bottom element with a substrate, where trickle holes for the water are provided for in the trough section , and where the inside space in the trough section provides a space to receive the substrate for biological treatment of the water, characterised in that a separate reserve storage means is disposed in the central area of the inside space as a space to receive the substrate, where the reserve storage means incorporates an upper intake hole and a drainage hole that is disposed further down than the intake hole , where the reserve storage means incorporates a wall extending all the way round, and where the substrate is disposed both inside the reserve storage means and outside the reserve storage means.