mhurhangee/patent-ind-claim-en huggingface dataset:
A first terminal device comprising: an acquisition unit configured to acquire a paging message from a base station ; and a control unit configured to acquire identification information from one or more second terminal devices that perform wireless communication with the base station via the first terminal device , determine a proxy paging reception timing for the one or more second terminal devices based on the acquired identification information, prescribe the proxy paging reception timing for paging destined for the one or more second terminal devices , and execute paging with respect to the one or more second terminal devices based on the paging message acquired by the acquisition unit and the prescribed proxy paging timing, characterized in that the control unit is further configured to notify the determined proxy paging reception timing to the base station for causing the base station to update a transmission timing of said paging message based on the determined proxy paging reception timing. an acquisition unit configured to acquire a paging message from a base station ; and a control unit configured to acquire identification information from one or more second terminal devices that perform wireless communication with the base station via the first terminal device , determine a proxy paging reception timing for the one or more second terminal devices based on the acquired identification information, prescribe the proxy paging reception timing for paging destined for the one or more second terminal devices , and execute paging with respect to the one or more second terminal devices based on the paging message acquired by the acquisition unit and the prescribed proxy paging timing, characterized in that acquire identification information from one or more second terminal devices that perform wireless communication with the base station via the first terminal device , determine a proxy paging reception timing for the one or more second terminal devices based on the acquired identification information, prescribe the proxy paging reception timing for paging destined for the one or more second terminal devices , and execute paging with respect to the one or more second terminal devices based on the paging message acquired by the acquisition unit and the prescribed proxy paging timing, characterized in that the control unit is further configured to notify the determined proxy paging reception timing to the base station for causing the base station to update a transmission timing of said paging message based on the determined proxy paging reception timing. notify the determined proxy paging reception timing to the base station for causing the base station to update a transmission timing of said paging message based on the determined proxy paging reception timing.
A method of recovering acid and a platinum group metal from a leaching solution of a spent catalyst, the method comprising: filtering a leaching solution, in which a spent catalyst is leached, providing the filtered leaching solution into a concentration chamber, and heating the filtered leaching solution to recover acid included in the leaching solution; providing a concentrated solution of the leaching solution into a substitution chamber after recovering the acid, and adding a metal having a higher ionization tendency than a platinum group metal for a substitution reaction; and cleaning a solid, which is separated by solid-liquid separation after the substitution reaction, with acid and recovering the solid. filtering a leaching solution, in which a spent catalyst is leached, providing the filtered leaching solution into a concentration chamber, and heating the filtered leaching solution to recover acid included in the leaching solution; providing a concentrated solution of the leaching solution into a substitution chamber after recovering the acid, and adding a metal having a higher ionization tendency than a platinum group metal for a substitution reaction; and cleaning a solid, which is separated by solid-liquid separation after the substitution reaction, with acid and recovering the solid.
A probe tip waste chute of an automated diagnostic analysis apparatus , characterized in that the probe tip waste chute comprising: a guide plate configured to receive a probe tip in a substantially upright position in response to separation of the probe tip from a probe ; and a pair of guide rails having a first end configured to receive the probe tip in the substantially upright position from the guide plate, the pair of guide rails sloped downward from the guide plate and configured to drop the probe tip in the substantially upright position from a second end of the pair of guide rails, wherein the guide plate has an arcuate slot and a keyhole at an end of the arcuate slot . a guide plate configured to receive a probe tip in a substantially upright position in response to separation of the probe tip from a probe ; and a pair of guide rails having a first end configured to receive the probe tip in the substantially upright position from the guide plate, the pair of guide rails sloped downward from the guide plate and configured to drop the probe tip in the substantially upright position from a second end of the pair of guide rails, wherein the guide plate has an arcuate slot and a keyhole at an end of the arcuate slot .
A surgical instrument comprising: a force sensor apparatus comprising: a sensor capsule , the sensor capsule being part of a Faraday cage , the sensor capsule being mounted in the force sensor apparatus as a cantilever beam and wherein either: a strain gauge is mounted within the sensor capsule to a flat surface of a bottom portion (310-2) of the sensor capsule or; the sensor capsule is a cylindrical tube, and a first plurality of strain gauges (440-1) and a second plurality of strain gauges (440-2) are mounted on an interior surface of a cylindrical wall of the sensor capsule at a first and a second location respectively, along a longitudinal axis of the sensor capsule; wherein the strain gauge or the first plurality of strain gauges (440-1) and the second plurality of strain gauges (440-2) are enclosed in the Faraday cage. a strain gauge is mounted within the sensor capsule to a flat surface of a bottom portion (310-2) of the sensor capsule or; the sensor capsule is a cylindrical tube, and a first plurality of strain gauges (440-1) and a second plurality of strain gauges (440-2) are mounted on an interior surface of a cylindrical wall of the sensor capsule at a first and a second location respectively, along a longitudinal axis of the sensor capsule;
A laser deposition welding method, wherein a molten pool comprising at least one molten filler material is produced on a surface for producing a coating layer by means of a laser beam radiating onto the molten pool , wherein the filler material is melted using the laser beam at a distance from the molten pool , so that the filler material is supplied to the molten pool in completely molten form, wherein the point of incidence of the laser beam on the surface is moved along the surface at a relative speed of at least 20 m/min and wherein the surface is rotated about an axis of rotation to generate the relative speed, characterized in that a layer thickness (d) of the coating layer produced is detected at least intermittently by means of a measuring device , an action being triggered if the detected layer thickness (d) deviates from a desired value, and the action being related to change a track offset of the laser beam relative to the surface .
An aqueous ophthalmic solution comprising a prostaglandin F2α analogue, tyloxapol as the only surfactant, a buffering agent and a cosolvent, wherein the prostaglandin F2α analogue is selected from travoprost, latanoprost, tafluprost and bimatoprost.
An under-screen biometric identification apparatus, applicable to a terminal device having a display screen for implementing under-screen biometric detection, the under-screen biometric identification apparatus comprising: a biometric identification module , fixed to a middle frame of the terminal device and arranged under the display screen through the middle frame , the biometric identification module comprising an optical biometric sensor having an optical sensing array for receiving light reflected by a finger above the display screen and converting the light into electrical signals, wherein the light carries fingerprint information of the finger; wherein a biometric capturing area of the biometric identification module is within a display area of the display screen ; and characterized in that , the middle frame is formed with a hole at a mounting area of the biometric identification module , the biometric identification module is detachably fixed to a lower surface of the middle frame adjacent to the hole without contacting the display screen so as to form a gap between the biometric identification module and the display screen ; wherein an upper surface of the middle frame is provided with a bevel angle at an edge of the hole ; and a width of the hole on the upper surface of the middle frame is greater than a width of the hole on the lower surface of the middle frame . a biometric identification module , fixed to a middle frame of the terminal device and arranged under the display screen through the middle frame , the biometric identification module comprising an optical biometric sensor having an optical sensing array for receiving light reflected by a finger above the display screen and converting the light into electrical signals, wherein the light carries fingerprint information of the finger; wherein a biometric capturing area of the biometric identification module is within a display area of the display screen ; and characterized in that , the middle frame is formed with a hole at a mounting area of the biometric identification module , the biometric identification module is detachably fixed to a lower surface of the middle frame adjacent to the hole without contacting the display screen so as to form a gap between the biometric identification module and the display screen ; wherein an upper surface of the middle frame is provided with a bevel angle at an edge of the hole ; and a width of the hole on the upper surface of the middle frame is greater than a width of the hole on the lower surface of the middle frame .
A control device with a communications network for controlling safety-critical processes in an automated plant, wherein the control device - has an non-safe communication master for controlling the data flow on the communications network and - a plurality of network subscribers , wherein - at least one subset of the network subscribers are designed as safe network subscribers , and - at least one safe logic module as further network subscriber for controlling a safety-relevant application by means of a group of safety-related network subscribers , characterized in that the logic module and the communication master are set up for carrying out the following steps in order to parameterize the logic module : - in response to the receipt of a start command transmitted via the communications network , the logic module transmits a read request to the communication master via the communications network , - in response to the receipt of the read request , the communication master transmits parameterization data to the logic module , - and that at least one of the safe network subscribers which are associated with the logic module for the control of a safety-related application is set up to transmit, in response to the receipt of a start command transmitted by the logic module via the communications network , a read request to the logic module via the communications network , and wherein the logic module is set up to transmit, in response to the receipt of the read request , parameterization data to the particular safe network subscriber from which the read request was received. - has an non-safe communication master for controlling the data flow on the communications network and - a plurality of network subscribers , wherein - at least one subset of the network subscribers are designed as safe network subscribers , and - at least one safe logic module as further network subscriber for controlling a safety-relevant application by means of a group of safety-related network subscribers , - in response to the receipt of a start command transmitted via the communications network , the logic module transmits a read request to the communication master via the communications network , - in response to the receipt of the read request , the communication master transmits parameterization data to the logic module , - and that at least one of the safe network subscribers which are associated with the logic module for the control of a safety-related application is set up to transmit, in response to the receipt of a start command transmitted by the logic module via the communications network , a read request to the logic module via the communications network , and wherein the logic module is set up to transmit, in response to the receipt of the read request , parameterization data to the particular safe network subscriber from which the read request was received.
A heat exchanger , comprising: a first header ; a second header ; a flow restricting element arranged within the second header; and a plurality of heat exchange tubes arranged in spaced parallel relationship and fluidly coupling the first header and second header; wherein the flow restricting element is a distributor having a longitudinally elongated body and a plurality of openings formed in the body, the second header having at least a first volume and a second volume, wherein the second header includes a bend region such that the second header has a non-linear configuration; characterized by at least one of the plurality of openings being arranged at an angle relative to an adjacent end of the plurality of heat exchanger tubes ; the flow restricting element being arranged within the bend region, and the distributor having a bent configuration complementary to the bend formed in the second header. a first header ; a second header ; a flow restricting element arranged within the second header; and a plurality of heat exchange tubes arranged in spaced parallel relationship and fluidly coupling the first header and second header; wherein the flow restricting element is a distributor having a longitudinally elongated body and a plurality of openings formed in the body, the second header having at least a first volume and a second volume, wherein the second header includes a bend region such that the second header has a non-linear configuration; characterized by at least one of the plurality of openings being arranged at an angle relative to an adjacent end of the plurality of heat exchanger tubes ; the flow restricting element being arranged within the bend region, and the distributor having a bent configuration complementary to the bend formed in the second header.
A method of controlling a wind turbine comprising a tower , the wind turbine having a tower damping system actuable to control components of vibrational movement of the tower , the method comprising: determining a non-zero desired vibrational movement level of the tower in a horizontal plane with a target vibrational component in a side-side direction and a target vibrational component in a fore-aft direction, where the target vibrational component in the side-side direction and the target vibrational component in the side-side direction are substantially equal; determining a side-side component of a vibrational movement of the tower in a horizontal plane; determining a fore-aft component of the vibrational movement of the tower in the horizontal plane; and determining a control signal based on the side-side and fore-aft components for controlling the tower damping system of the wind turbine , the control signal being determined in accordance with the target vibrational component in the side-side direction and the target vibrational component in a fore-aft direction such that the tower damping system produces a force that increases or decreases the vibrational movement of the tower towards the desired vibrational movement level of the tower in the horizontal plane. determining a non-zero desired vibrational movement level of the tower in a horizontal plane with a target vibrational component in a side-side direction and a target vibrational component in a fore-aft direction, where the target vibrational component in the side-side direction and the target vibrational component in the side-side direction are substantially equal; determining a side-side component of a vibrational movement of the tower in a horizontal plane; determining a fore-aft component of the vibrational movement of the tower in the horizontal plane; and determining a control signal based on the side-side and fore-aft components for controlling the tower damping system of the wind turbine , the control signal being determined in accordance with the target vibrational component in the side-side direction and the target vibrational component in a fore-aft direction such that the tower damping system produces a force that increases or decreases the vibrational movement of the tower towards the desired vibrational movement level of the tower in the horizontal plane.
A system for use in providing immediate bactericidal activity and sustained bactericidal activity when treating or providing prophylaxis against a pulmonary infection, wherein the system comprises (a) a pharmaceutical formulation comprising a mixture of free aminoglycoside and aminoglycoside encapsulated in liposomes, wherein the lipid component of the liposomes consists of dipalmitoylphosphatidylcholine (DPPC) and cholesterol and the free aminoglycoside is generated by nebulization of aminoglycoside encapsulated in liposomes, and the amount of free aminoglycoside is sufficient to provide for immediate bactericidal activity, and the amount of encapsulated aminoglycoside is sufficient to provide sustained bactericidal activity, and (b) a nebulizer. (a) a pharmaceutical formulation comprising a mixture of free aminoglycoside and aminoglycoside encapsulated in liposomes, wherein the lipid component of the liposomes consists of dipalmitoylphosphatidylcholine (DPPC) and cholesterol and the free aminoglycoside is generated by nebulization of aminoglycoside encapsulated in liposomes, and the amount of free aminoglycoside is sufficient to provide for immediate bactericidal activity, and the amount of encapsulated aminoglycoside is sufficient to provide sustained bactericidal activity, and (b) a nebulizer.
A coupler for joining opposing structural elements during construction comprising: a threaded post adapted to be attached to a first structural element; a one-piece, non-rotating seating stud comprising a shank including an integral seating head with a centring protrusion , the seating stud adapted to be attached to a corresponding opposite second structural element; an adjusting coupler member having an inner threaded wall and an outer threaded wall and an end wall, the end wall complementarily configured to receive the centring protrusion ; the adjusting coupler member adapted to be screwed onto the threaded post so the end wall can be rotated against the one-piece, non-rotating seating stud , wherein the end wall on engaging the centring protrusion , assists to align the opposing first and second structural elements; an enclosing coupler member having an inner threaded wall and an end wall aperture; the enclosing coupler member adapted to be screwed onto the adjusting coupler member with the shank of the seating stud passing through the aperture; the adjusting coupler member adapted to be screwed on the threaded post to engage and apply a pushing force against the seating head , wherein the position of the first structural element to the second structural element can be adjusted, and wherein on achieving the desired final position, the enclosing coupler member can be screwed onto the adjusting coupler member to enclose and lock the seating head against the adjusting coupler member . a threaded post adapted to be attached to a first structural element; a one-piece, non-rotating seating stud comprising a shank including an integral seating head with a centring protrusion , the seating stud adapted to be attached to a corresponding opposite second structural element; an adjusting coupler member having an inner threaded wall and an outer threaded wall and an end wall, the end wall complementarily configured to receive the centring protrusion ; the adjusting coupler member adapted to be screwed onto the threaded post so the end wall can be rotated against the one-piece, non-rotating seating stud , wherein the end wall on engaging the centring protrusion , assists to align the opposing first and second structural elements; an enclosing coupler member having an inner threaded wall and an end wall aperture; the enclosing coupler member adapted to be screwed onto the adjusting coupler member with the shank of the seating stud passing through the aperture; the adjusting coupler member adapted to be screwed on the threaded post to engage and apply a pushing force against the seating head , wherein the position of the first structural element to the second structural element can be adjusted, and wherein on achieving the desired final position, the enclosing coupler member can be screwed onto the adjusting coupler member to enclose and lock the seating head against the adjusting coupler member .