mhurhangee/patent-ind-claim-en huggingface dataset:
An intraocular assembly comprising: a peripheral side wall that has a rim sized to receive therein an intraocular device, characterized by having two posterior peripheral edges that are sharp and flare out from a posteriorly- facing end face of said side wall, thereby preventing posterior capsule opacification, and wherein an interior perimeter of said rim is a combination of continuous concave and convex shapes; and wherein an inner portion of said peripheral side wall is formed with a saddle or a screw thread shaped inner inclined ramp sized to receive therein the intraocular device, wherein rotation of the intraocular device along said inclined ramp changes an axial position of the intraocular device along an anterior-posterior axis of said intraocular assembly. a peripheral side wall that has a rim sized to receive therein an intraocular device, characterized by having two posterior peripheral edges that are sharp and flare out from a posteriorly- facing end face of said side wall, thereby preventing posterior capsule opacification, and wherein an interior perimeter of said rim is a combination of continuous concave and convex shapes; and wherein an inner portion of said peripheral side wall is formed with a saddle or a screw thread shaped inner inclined ramp sized to receive therein the intraocular device, wherein rotation of the intraocular device along said inclined ramp changes an axial position of the intraocular device along an anterior-posterior axis of said intraocular assembly.
A threshing and separating system for receiving cut crop from a feeder housing of an agricultural harvester , the threshing and separating system comprising: a rotor configured to rotate about a rotor axis (RA); a rotor cage at least partially enclosing the rotor ,; and at least one concave coupled to the rotor cage and defining a plurality of concave perforations ; characterized in that: the rotor cage comprises a tailings return inlet formed therein and configured to couple to a tailings return elevator , an insert opening formed in the rotor cage is at least partially circumferentially aligned with the tailings return inlet relative to the rotor axis (RA); and a threshing insert is removably coupled to the rotor cage , the threshing insert at least partially covering the insert opening and being positioned such that material from the tailings return inlet travels past the threshing insert before reaching the concave . a rotor configured to rotate about a rotor axis (RA); a rotor cage at least partially enclosing the rotor ,; and at least one concave coupled to the rotor cage and defining a plurality of concave perforations ; characterized in that: the rotor cage comprises a tailings return inlet formed therein and configured to couple to a tailings return elevator , an insert opening formed in the rotor cage is at least partially circumferentially aligned with the tailings return inlet relative to the rotor axis (RA); and a threshing insert is removably coupled to the rotor cage , the threshing insert at least partially covering the insert opening and being positioned such that material from the tailings return inlet travels past the threshing insert before reaching the concave . the rotor cage comprises a tailings return inlet formed therein and configured to couple to a tailings return elevator , an insert opening formed in the rotor cage is at least partially circumferentially aligned with the tailings return inlet relative to the rotor axis (RA); and a threshing insert is removably coupled to the rotor cage , the threshing insert at least partially covering the insert opening and being positioned such that material from the tailings return inlet travels past the threshing insert before reaching the concave .
A method for manufacturing an ammonia synthesis catalyst, the method comprising: a first step of preparing 12CaO·7Al 2 O 3 having a specific surface area of 5 m 2 /g or more; a second step of supporting a ruthenium compound on the 12CaO·7Al 2 O 3 ; and a third step of performing reduction process on the 12CaO·7Al 2 O 3 on which the ruthenium compound is supported (hereinafter referred to as ruthenium-supported C12A7) obtained in the second step, wherein the reduction process is carried out until an average particle diameter of a ruthenium after the reduction process increases by 15% or more, and not more than 200 %, with respect to an average particle diameter of a ruthenium before the reduction process, and wherein, in the ammonia synthesis catalyst, the amount of Ru is 0.01% by mass or more and 30 mass% or less with respect to the mass of the 12CaO·7Al 2 O 3 wherein the average particle diameter is measured by chemical adsorption method using CO or electron microscope as described in paragraphs 0138-0144 of the published application. a first step of preparing 12CaO·7Al 2 O 3 having a specific surface area of 5 m 2 /g or more; a second step of supporting a ruthenium compound on the 12CaO·7Al 2 O 3 ; and a third step of performing reduction process on the 12CaO·7Al 2 O 3 on which the ruthenium compound is supported (hereinafter referred to as ruthenium-supported C12A7) obtained in the second step, wherein the reduction process is carried out until an average particle diameter of a ruthenium after the reduction process increases by 15% or more, and not more than 200 %, with respect to an average particle diameter of a ruthenium before the reduction process, and wherein, in the ammonia synthesis catalyst, the amount of Ru is 0.01% by mass or more and 30 mass% or less with respect to the mass of the 12CaO·7Al 2 O 3 wherein the average particle diameter is measured by chemical adsorption method using CO or electron microscope as described in paragraphs 0138-0144 of the published application.
A device configured for conducting blood purification on a patient suffering from liver failure, characterized in that it comprises (a) a first hollow fiber membrane dialyzer which is configured to be perfused with the patient's blood and allows for the passage of a buffered aqueous solution comprising human serum albumin (HSA) in a continuous flow through the filtrate space of dialyzer in a direction opposite to the blood flow within the hollow fibers; (b) a second hollow fiber membrane dialyzer which is configured to receive the dialysate of dialyzer and allows for the passage of a buffered aqueous solution in a continuous flow through the filtrate space in a direction opposite to the dialysate of dialyzer which flows through the lumen of the hollow fibers; and (c) a third hollow fiber membrane dialyzer which is configured to receive the retentate of dialyzer in the lumen of the hollow fibers, wherein the filtrate space of dialyzer is populated with at least one adsorbent and wherein the filtrate space is in fluid communication only with the lumen side of the hollow fiber membranes, wherein the hollow fiber membrane of dialyzer and of dialyzer is a high cut-off membrane having a molecular weight cut-off in water, based on dextran sieving coefficients, of between 170 kD and 320 kD and a molecular weight retention onset in water, based on dextran sieving coefficients, of between 15 kD and 20 kD. (a) a first hollow fiber membrane dialyzer which is configured to be perfused with the patient's blood and allows for the passage of a buffered aqueous solution comprising human serum albumin (HSA) in a continuous flow through the filtrate space of dialyzer in a direction opposite to the blood flow within the hollow fibers; (b) a second hollow fiber membrane dialyzer which is configured to receive the dialysate of dialyzer and allows for the passage of a buffered aqueous solution in a continuous flow through the filtrate space in a direction opposite to the dialysate of dialyzer which flows through the lumen of the hollow fibers; and (c) a third hollow fiber membrane dialyzer which is configured to receive the retentate of dialyzer in the lumen of the hollow fibers, wherein the filtrate space of dialyzer is populated with at least one adsorbent and wherein the filtrate space is in fluid communication only with the lumen side of the hollow fiber membranes,
A method of controlling wireless transmissions in a wireless communication system, the method comprising: an access point (10; 800; 1100) of the wireless communication system contending for access to a medium; in response to gaining access to the medium, the access point (10; 800; 1100) reserving a transmission opportunity, TXOP, on the medium; the access point (10; 800; 1100) cooperating with one or more further access points (10; 1000; 1100) of the wireless communication system by sharing the TXOP based on spatial reuse of at least some radio resources of the TXOP for transmission of multiple physical protocol data units, PPDUs, by each of the access points (10; 800; 1000; 1100); and the access point (10; 800; 1100) coordinating transmissions of acknowledgment information for each of the multiple PPDUs within the TXOP to avoid interference between the transmissions of the PPDUs and the transmissions of the acknowledgement information. an access point (10; 800; 1100) of the wireless communication system contending for access to a medium; in response to gaining access to the medium, the access point (10; 800; 1100) reserving a transmission opportunity, TXOP, on the medium; the access point (10; 800; 1100) cooperating with one or more further access points (10; 1000; 1100) of the wireless communication system by sharing the TXOP based on spatial reuse of at least some radio resources of the TXOP for transmission of multiple physical protocol data units, PPDUs, by each of the access points (10; 800; 1000; 1100); and the access point (10; 800; 1100) coordinating transmissions of acknowledgment information for each of the multiple PPDUs within the TXOP to avoid interference between the transmissions of the PPDUs and the transmissions of the acknowledgement information.
An electronic device comprising: a housing comprising a first plate facing in a first direction, a second plate facing in a second direction opposite to the first direction, and a side surface member surrounding at least part of a space between the first and second plates; a printed circuit board comprising a first surface facing in the first direction and a second surface facing in the second direction, the printed circuit board being disposed in the housing ; a dielectric structure disposed on the first surface of the printed circuit board , the dielectric structure having a base and a vertical sidewall that define an inner space of the dielectric structure ; an antenna module disposed adjacent to the side surface member , forming a first gap (g1) therewith, on a seating portion defined by the inner space of the dielectric structure , the antenna module being configured to radiate an antenna beam in a third direction which is perpendicular to the first and second directions; a wireless communication circuit electrically connected with the antenna module , and configured to transmit or receive a signal having a frequency between 3 gigahertz, GHz, and 100 GHz; and the dielectric structure comprising the seating portion to have the antenna module mounted thereon, and configured to form the antenna beam to be radiated toward an outside of the housing in the third direction. a housing comprising a first plate facing in a first direction, a second plate facing in a second direction opposite to the first direction, and a side surface member surrounding at least part of a space between the first and second plates; a printed circuit board comprising a first surface facing in the first direction and a second surface facing in the second direction, the printed circuit board being disposed in the housing ; a dielectric structure disposed on the first surface of the printed circuit board , the dielectric structure having a base and a vertical sidewall that define an inner space of the dielectric structure ; an antenna module disposed adjacent to the side surface member , forming a first gap (g1) therewith, on a seating portion defined by the inner space of the dielectric structure , the antenna module being configured to radiate an antenna beam in a third direction which is perpendicular to the first and second directions; a wireless communication circuit electrically connected with the antenna module , and configured to transmit or receive a signal having a frequency between 3 gigahertz, GHz, and 100 GHz; and the dielectric structure comprising the seating portion to have the antenna module mounted thereon, and configured to form the antenna beam to be radiated toward an outside of the housing in the third direction.
Safety device for a motor vehicle , comprising: - control means functionally connectible to command means which command the activation and the functions of said motor vehicle , - connection means with a further electronic device on board, used to functionally connect said electronic device to said control means , - localization means of said electronic device , used to check if said electronic device is located in a predetermined localized area inside the vehicle interior compartment, - notification means of a lack of connection of said electronic device with said connection means , - aforementioned safety device being characterized in that said control means configured to signal or to hinder the active handling of said motor vehicle if said connection means of are not connected with said electronic device , and if said localization means do not locate said electronic device in said predetermined localized area, and wherein said notification means , of said lack of connection of said electronic device with said connection means , can be activated if said motor vehicle exceeds a predetermined speed limit. - control means functionally connectible to command means which command the activation and the functions of said motor vehicle , - connection means with a further electronic device on board, used to functionally connect said electronic device to said control means , - localization means of said electronic device , used to check if said electronic device is located in a predetermined localized area inside the vehicle interior compartment, - notification means of a lack of connection of said electronic device with said connection means , - aforementioned safety device being characterized in that said control means configured to signal or to hinder the active handling of said motor vehicle if said connection means of are not connected with said electronic device , and if said localization means do not locate said electronic device in said predetermined localized area, and wherein said notification means , of said lack of connection of said electronic device with said connection means , can be activated if said motor vehicle exceeds a predetermined speed limit.
A brachytherapy system for applying a dose of beta radiation to a target, said brachytherapy system comprising: a. a handle having a distal end ; b. a cap system disposed on the distal end of the handle , wherein the cap system comprises a base ring having a first end and a second end opposite the first end and a cavity therein for accepting a radionuclide brachytherapy source, RBS, the first end being open to allow for insertion of the RBS into the cavity; the cap system having a barrier surface sealing the second end of the base ring so as to prevent passing of the RBS through the second end , wherein the barrier surface is constructed from a material comprising a synthetic polymer material and the base ring is constructed from a material comprising a metal or metal alloy; c. a radiation attenuation shield attached to the cap system on the second end of the base ring , the radiation attenuation shield being constructed to regulate a dose of beta radiation delivered from an RBS to a target plane of a treatment area, wherein the radiation attenuation shield comprises a shield wall with a sealed bottom barrier forming a shield well for accepting the second end of the base ring of the cap system ; and d. a shaping component disposed on an interior surface of the bottom barrier , the shaping component being shaped and constructed to regulate a dose of beta radiation delivered from an RBS to a target plane of a treatment area. a. a handle having a distal end ; b. a cap system disposed on the distal end of the handle , wherein the cap system comprises a base ring having a first end and a second end opposite the first end and a cavity therein for accepting a radionuclide brachytherapy source, RBS, the first end being open to allow for insertion of the RBS into the cavity; the cap system having a barrier surface sealing the second end of the base ring so as to prevent passing of the RBS through the second end , wherein the barrier surface is constructed from a material comprising a synthetic polymer material and the base ring is constructed from a material comprising a metal or metal alloy; c. a radiation attenuation shield attached to the cap system on the second end of the base ring , the radiation attenuation shield being constructed to regulate a dose of beta radiation delivered from an RBS to a target plane of a treatment area, wherein the radiation attenuation shield comprises a shield wall with a sealed bottom barrier forming a shield well for accepting the second end of the base ring of the cap system ; and d. a shaping component disposed on an interior surface of the bottom barrier , the shaping component being shaped and constructed to regulate a dose of beta radiation delivered from an RBS to a target plane of a treatment area.
A method, comprising: at a first electronic client device having one or more processors and memory storing one or more programs for execution by the one or more processors : executing a game application ; establishing a game session between the executing game application, a remote game server associated with the game application , and a media device , wherein the first electronic client device and the media device are communicatively coupled by a local network , wherein the remote server and first electronic client device communicate through one or more communication networks different from the local network , wherein the game application communicates with the remote server to establish the game session at the remote server and communicates with the media device , wherein the media device transmits output from the game session to an output device , wherein the output from the game session includes gameplay content from the game session rendered by the remote server ; and causing to be presented to users of one or more second electronic client devices on which the game application is not executing and/or installed a session identifier that identifies (i) the game session , and (ii) a respective game controller configuration implementable on each of the one or more second electronic client devices for enabling the users of the one or more second electronic client devices to interact with the game session . executing a game application ; establishing a game session between the executing game application, a remote game server associated with the game application , and a media device , wherein the first electronic client device and the media device are communicatively coupled by a local network , wherein the remote server and first electronic client device communicate through one or more communication networks different from the local network , wherein the game application communicates with the remote server to establish the game session at the remote server and communicates with the media device , wherein the media device transmits output from the game session to an output device , wherein the output from the game session includes gameplay content from the game session rendered by the remote server ; and causing to be presented to users of one or more second electronic client devices on which the game application is not executing and/or installed a session identifier that identifies (i) the game session , and (ii) a respective game controller configuration implementable on each of the one or more second electronic client devices for enabling the users of the one or more second electronic client devices to interact with the game session .
Coupler for connecting a tube in a tensile resistant manner, the coupler comprising at least a socket end and, accommodated therein, a split clamp ring , wherein the facing surfaces (W) of the socket end and the clamp ring are configured to cooperate in such way that the inner diameter of the clamp ring is decreased as the ring is moved out of the socket end in axial direction, wherein the coupler furthermore comprises abutment means , extending at least partially in the split (O) of the clamp ring characterised in that the abutment means comprise a stationary protuberance and a movable protuberance, the stationary protuberance abutting against a first extremity of the clamp ring, and wherein the movable protuberance can be brought into engagement with the second extremity of the ring in order to drive this extremity apart from the first extremity.
A consumable container for filling with a fluid in a bioprocessing process, comprising: one or more sealable, removable portions, such that one or more samples of the fluid may be taken by sealing and removing one or more of said portions; wherein portions removed from the consumable container are disposed within respective vials; wherein the one or more removable portions of the consumable container are disposed within respective vials prior to said portions being removed. one or more sealable, removable portions, such that one or more samples of the fluid may be taken by sealing and removing one or more of said portions; wherein portions removed from the consumable container are disposed within respective vials; wherein the one or more removable portions of the consumable container are disposed within respective vials prior to said portions being removed.
A method performed by a wireless device , the method comprising: in response to detecting a radio link failure, RLF, at the wireless device, logging information related to radio link monitoring resources, wherein the logged information comprises beam information associated with different preamble retransmissions, the beam information comprising one or more of: beam measurement information on each attempt, an occurrence of power ramping on a same beam, and a detection of contention for a given selected beam; and in response to re-establishment after the RLF, reporting at least a portion of the logged information to a network node. in response to detecting a radio link failure, RLF, at the wireless device, logging information related to radio link monitoring resources, wherein the logged information comprises beam information associated with different preamble retransmissions, the beam information comprising one or more of: beam measurement information on each attempt, an occurrence of power ramping on a same beam, and a detection of contention for a given selected beam; and beam measurement information on each attempt, an occurrence of power ramping on a same beam, and a detection of contention for a given selected beam; and in response to re-establishment after the RLF, reporting at least a portion of the logged information to a network node.