mhurhangee/patent-ind-claim-en huggingface dataset:
An electron beam sterilization device comprising: a first gripper (27C; 100) configured to receive a sterilization object (PF) and then convey the sterilization object in a conveyance direction to a grasp switching position (P23) while gripping the sterilization object; a second gripper (29C; 200) configured to receive the sterilization object from the first gripper and then convey the sterilization object downstream while gripping the sterilization object; and an electron beam irradiation unit configured to irradiate the sterilization object that passes through an irradiation area (EA), with an electron beam (EB), the irradiation area containing the grasp switching position and forward and rearward positions of the grasp switching position, characterized in that each of the first gripper and the second gripper is configured to move along a linear conveyance path while gripping a predetermined number of the sterilization objects without rotating the sterilization objects about the axis of the grippers . a first gripper (27C; 100) configured to receive a sterilization object (PF) and then convey the sterilization object in a conveyance direction to a grasp switching position (P23) while gripping the sterilization object; a second gripper (29C; 200) configured to receive the sterilization object from the first gripper and then convey the sterilization object downstream while gripping the sterilization object; and an electron beam irradiation unit configured to irradiate the sterilization object that passes through an irradiation area (EA), with an electron beam (EB), the irradiation area containing the grasp switching position and forward and rearward positions of the grasp switching position, characterized in that each of the first gripper and the second gripper is configured to move along a linear conveyance path while gripping a predetermined number of the sterilization objects without rotating the sterilization objects about the axis of the grippers .
Filter system for biopharmaceutical processes, said filter system comprising: - at least one filter unit ; and - at least one distributor plate , against which the at least one filter unit rests and which comprises a distributor unit , which is arranged within the distributor plate and is fluidically connected to the at least one filter unit ; wherein the distributor unit comprises a conduit system , which extends within the distributor plate and is configured such that the fluid to be filtered can be guided to the at least one filter unit and/or the filtered fluid can be received and discharged from the at least one filter unit , and wherein the distributor unit comprises at least one active control element (232; 238), which is integrated in the distributor plate and is configured to control in an open loop or closed loop manner a fluid flow , which flows through the distributor unit and the at least one filter unit , wherein the distributor unit is tubeless, wherein the fluid connection between the at least one filter unit and the distributor plate is tubeless, and wherein the active control element is preassembled and comprises at least one pump head , which can be connected to a pump drive in order to pump the fluid through the distributor plate and the at least one filter unit . - at least one filter unit ; and - at least one distributor plate , against which the at least one filter unit rests and which comprises a distributor unit , which is arranged within the distributor plate and is fluidically connected to the at least one filter unit ; wherein the distributor unit comprises a conduit system , which extends within the distributor plate and is configured such that the fluid to be filtered can be guided to the at least one filter unit and/or the filtered fluid can be received and discharged from the at least one filter unit , and wherein the distributor unit comprises at least one active control element (232; 238), which is integrated in the distributor plate and is configured to control in an open loop or closed loop manner a fluid flow , which flows through the distributor unit and the at least one filter unit , wherein the distributor unit is tubeless, wherein the fluid connection between the at least one filter unit and the distributor plate is tubeless, and wherein the active control element is preassembled and comprises at least one pump head , which can be connected to a pump drive in order to pump the fluid through the distributor plate and the at least one filter unit .
An isolated delivery construct comprising: a carrier, wherein the carrier consists of an amino acid sequence having at least 80% sequence identity to the amino acid sequences of SEQ ID NO: 4 or SEQ ID NO: 5; and a biologically active cargo coupled to the carrier, wherein the isolated delivery construct is capable of transcytosing across a polarized epithelial cell.
Hydraulic valve connected to a bottom wall of a tank for containing a liquid, wherein said hydraulic valve engages a through opening delimited through said bottom wall , said hydraulic valve comprising a cage element connected to said bottom wall inside said tank , a shutter movable housed inside said element cage , in an interposed position between said cage element and said bottom wall , characterized in that said hydraulic valve comprises a hollow connection element which hermetically engages said through opening delimiting a passage which passes through said hydraulic valve to selectively place said tank in fluid communication with the outside according to the position of said shutter , wherein said hollow connection element includes an engaging portion which extends with one of its free ends in said through opening and defines a passage opening selectively occludable by said shutter , wherein said shutter is movable according to the liquid in said reservoir between a position distal to said free end causing the opening of said hydraulic valve and a position of abutment against said free end of said hollow connection element , causing at least partial closure of said hydraulic valve , wherein said hollow connection element comprises radial notches which pass radially through said free end of said engagement portion and, when said shutter is in proximity to said free end, said radial notches define respective preferential passages for a liquid sucked out of said tank determining the gradual closure of said hydraulic valve and avoiding the formation and of vortices and a suction of air through said hollow connection element .
Energy absorber for an aircraft seat , in particular for a helicopter seat, said energy absorber comprising at least one energy absorption element which comprises: - a first anchoring point and a second anchoring point , - an energy absorption zone extending between the first anchoring point and the second anchoring point , said energy absorption zone being able to stretch during the application of a tensile force between the first anchoring point and the second anchoring point , - wherein the energy absorption zone has a mesh structure comprising a plurality of strands interconnected by means of junction portions , and wherein at least one junction portion provides a junction between at least three strands of said energy absorption zone , characterized in that the energy absorption element has an asymmetrical configuration with respect to a traction axis (X) passing through the first anchoring point and the second anchoring point . - a first anchoring point and a second anchoring point , - an energy absorption zone extending between the first anchoring point and the second anchoring point , said energy absorption zone being able to stretch during the application of a tensile force between the first anchoring point and the second anchoring point , - wherein the energy absorption zone has a mesh structure comprising a plurality of strands interconnected by means of junction portions , and wherein at least one junction portion provides a junction between at least three strands of said energy absorption zone ,
A suspended ceiling system comprising: (i) a supporting grid wherein the supporting grid comprises at least two substantially parallel inverted T-profiles, wherein each T-profile comprises a substantially horizontal flange and a substantially vertical web that has an upper end, and wherein the two T-profiles are at substantially the same horizontal elevation, and (ii) suspended between the two T-profiles a substantially planar ceiling panel that has two substantially parallel upper and lower major faces, (iii) wherein the supporting grid comprises a support element fitted on to at least one of the T-profiles wherein the support element provides at least one support surface that is positioned at an elevation higher than the flange of said T-profile, and (iv) wherein one end of the lower major face of the ceiling panel rests on the flange of one T-profile and the other end of the lower major face of the ceiling panel rests on said at least one support surface of the support element that is fitted on to the other T-profile. (i) a supporting grid wherein the supporting grid comprises at least two substantially parallel inverted T-profiles, wherein each T-profile comprises a substantially horizontal flange and a substantially vertical web that has an upper end, and wherein the two T-profiles are at substantially the same horizontal elevation, and (ii) suspended between the two T-profiles a substantially planar ceiling panel that has two substantially parallel upper and lower major faces, (iii) wherein the supporting grid comprises a support element fitted on to at least one of the T-profiles wherein the support element provides at least one support surface that is positioned at an elevation higher than the flange of said T-profile, and (iv) wherein one end of the lower major face of the ceiling panel rests on the flange of one T-profile and the other end of the lower major face of the ceiling panel rests on said at least one support surface of the support element that is fitted on to the other T-profile.
A safety arrangement for a vehicle having at least a front wheel arrangement having a front pair of wheels and rear wheel arrangement having a rear pair of wheels, the arrangement comprising: a control unit ; and one or more vehicle inertial sensors to detect acceleration experienced by the vehicle , the inertial sensors being connected to the control unit so the control unit receives output signals from the inertial sensors ; and one or more vehicle safety systems which may be activated by the control unit, wherein the control unit is configured to process the signals received from the inertial sensors and to determine whether at least one of the wheel arrangements is not in contact with the surface over which the vehicle is driven, characterised in that the inertial sensors include a longitudinal acceleration sensor and wherein the inertial sensors include a pitch sensor, and the control unit makes a determination that at least one of the wheel arrangements is not in contact with the surface if the pitch rate exceeds a predetermined pitch threshold and the pitch rate is substantially not correlated with the longitudinal acceleration of the vehicle or wherein the inertial sensors further include a vertical acceleration sensor and the control unit makes a determination that at least one of the wheel arrangements is not in contact with the surface if the vertical acceleration exceeds a predetermined vertical acceleration threshold and the longitudinal acceleration is below a predetermined longitudinal acceleration threshold. a control unit ; and one or more vehicle inertial sensors to detect acceleration experienced by the vehicle , the inertial sensors being connected to the control unit so the control unit receives output signals from the inertial sensors ; and one or more vehicle safety systems which may be activated by the control unit, wherein the control unit is configured to process the signals received from the inertial sensors and to determine whether at least one of the wheel arrangements is not in contact with the surface over which the vehicle is driven, characterised in that the inertial sensors include a longitudinal acceleration sensor and wherein the inertial sensors include a pitch sensor, and the control unit makes a determination that at least one of the wheel arrangements is not in contact with the surface if the pitch rate exceeds a predetermined pitch threshold and the pitch rate is substantially not correlated with the longitudinal acceleration of the vehicle or wherein the inertial sensors further include a vertical acceleration sensor and the control unit makes a determination that at least one of the wheel arrangements is not in contact with the surface if the vertical acceleration exceeds a predetermined vertical acceleration threshold and the longitudinal acceleration is below a predetermined longitudinal acceleration threshold.
Method for adapting the resonant frequency (f s ) of a first filter (H s (s)) of a closed control loop having a delta-sigma modulator to a predetermined frequency (f d ), the method comprising the following steps: feeding an output signal (Y) of the delta-sigma modulator into a frequency adaptation circuit ; determining a first noise spectrum of the output signal (Y) of the delta-sigma modulator for a first frequency band (Band 1) and a second noise spectrum of the output signal (Y) of the delta-sigma modulator for a second frequency band (Band 2) in the frequency adaptation circuit , wherein the first frequency band (Band 1) and the second frequency band (Band 2) are arranged symmetrically with respect to the predetermined frequency (f d ); comparing the first noise spectrum in the first frequency band (Band 1) with the second noise spectrum in the second frequency band (Band 2); generating an adaptation signal (V t ) that causes a frequency adaptation of the resonant frequency if the first noise spectrum differs from the second noise spectrum; and outputting the adaptation signal (V t ) from the frequency adaptation circuit to a control input of the first filter (H s (s)) for adapting the resonant frequency (f s ). feeding an output signal (Y) of the delta-sigma modulator into a frequency adaptation circuit ; determining a first noise spectrum of the output signal (Y) of the delta-sigma modulator for a first frequency band (Band 1) and a second noise spectrum of the output signal (Y) of the delta-sigma modulator for a second frequency band (Band 2) in the frequency adaptation circuit , wherein the first frequency band (Band 1) and the second frequency band (Band 2) are arranged symmetrically with respect to the predetermined frequency (f d ); comparing the first noise spectrum in the first frequency band (Band 1) with the second noise spectrum in the second frequency band (Band 2); generating an adaptation signal (V t ) that causes a frequency adaptation of the resonant frequency if the first noise spectrum differs from the second noise spectrum; and outputting the adaptation signal (V t ) from the frequency adaptation circuit to a control input of the first filter (H s (s)) for adapting the resonant frequency (f s ).
A nebulizer mesh which is used, in a nebulizer for atomizing and nebulizing liquid , for atomizing the liquid , and has plural through holes , each of the through holes forming a cylindrical space portion on one surface side of the nebulizer mesh and forming an opening of the other surface side with gradually increasing the hole diameter from the cylindrical space portion of one surface side, characterized in that : - the nebulizer mesh is composed of a material comprising platinum as a main component, the content of platinum contained in said material is 50% by mass or more, - a thickness of the nebulizer mesh is from 10μm to 30μm, - the cylindrical space portion has a height of from 1μm to 8μm, - the cylindrical space portion has a diameter of from 2μm to 4μm, - particles nebulized from the nebulizer mesh has an average particle diameter of from 4μm to 5μm. - the nebulizer mesh is composed of a material comprising platinum as a main component, the content of platinum contained in said material is 50% by mass or more, - a thickness of the nebulizer mesh is from 10μm to 30μm, - the cylindrical space portion has a height of from 1μm to 8μm, - the cylindrical space portion has a diameter of from 2μm to 4μm, - particles nebulized from the nebulizer mesh has an average particle diameter of from 4μm to 5μm.
A method for content delivery, comprising: selecting a time-of-day interval; during the selected time-of-day interval, prefetching given content from a content source to a communication terminal using a guaranteed prefetching mode, by: continuously tracking the given content on the content source, so as to detect changes to the given content as they occur during the selected time-of-day interval; and maintaining cached content at the communication terminal continuously synchronized with content at the content source, throughout the selected time-of-day interval, notwithstanding the changes that occur during the selected time-of-day interval, by continuously prefetching the given content from the content source to the communication terminal; and defining a best-effort prefetching mode that is different from the guaranteed prefetching mode, and prefetching the given content to the communication terminal using the best-effort prefetching mode outside the selected time-of-day interval wherein prefetching using the guaranteed prefetching mode comprises prefetching less than a threshold percentage of content items that are detected as changed, and wherein prefetching using the best-effort prefetching mode comprises prefetching more than the threshold percentage of the content items detected as changed. selecting a time-of-day interval; during the selected time-of-day interval, prefetching given content from a content source to a communication terminal using a guaranteed prefetching mode, by: continuously tracking the given content on the content source, so as to detect changes to the given content as they occur during the selected time-of-day interval; and maintaining cached content at the communication terminal continuously synchronized with content at the content source, throughout the selected time-of-day interval, notwithstanding the changes that occur during the selected time-of-day interval, by continuously prefetching the given content from the content source to the communication terminal; and continuously tracking the given content on the content source, so as to detect changes to the given content as they occur during the selected time-of-day interval; and maintaining cached content at the communication terminal continuously synchronized with content at the content source, throughout the selected time-of-day interval, notwithstanding the changes that occur during the selected time-of-day interval, by continuously prefetching the given content from the content source to the communication terminal; and defining a best-effort prefetching mode that is different from the guaranteed prefetching mode, and prefetching the given content to the communication terminal using the best-effort prefetching mode outside the selected time-of-day interval wherein prefetching using the guaranteed prefetching mode comprises prefetching less than a threshold percentage of content items that are detected as changed, and wherein prefetching using the best-effort prefetching mode comprises prefetching more than the threshold percentage of the content items detected as changed.
A method performed by an E2 node of an open-radio access network, O-RAN, comprising: transmitting a radio access network, RAN, intelligent controller, RIC, indication message to an RIC of the O-RAN via an E2 interface, wherein the RIC indication message comprises indication type information, and the indication type is one of types comprising 'insert' and 'report', wherein the RIC indication message further comprises a message type, an RIC request identifier, ID, and a RAN function ID, and the indication type is a service value of a function corresponding to the RAN function ID of the E2 node. transmitting a radio access network, RAN, intelligent controller, RIC, indication message to an RIC of the O-RAN via an E2 interface, wherein the RIC indication message comprises indication type information, and the indication type is one of types comprising 'insert' and 'report', wherein the RIC indication message further comprises a message type, an RIC request identifier, ID, and a RAN function ID, and the indication type is a service value of a function corresponding to the RAN function ID of the E2 node.
A variable area turbine vane row assembly, comprising: a first fixed vane ; a second fixed vane proximate the first fixed vane; and a first rotatable vane asymmetrically positioned between the first and second fixed vanes, characterised in that the first rotatable vane is axially biased in a forward design direction with respect to the first and second fixed vanes. a first fixed vane ; a second fixed vane proximate the first fixed vane; and a first rotatable vane asymmetrically positioned between the first and second fixed vanes, characterised in that the first rotatable vane is axially biased in a forward design direction with respect to the first and second fixed vanes.
An assembly for controlling the geometry of a vane of an angle-of-attack probe of an aircraft directly on the aircraft, said assembly comprising the angle-of-attack probe , comprising a body on which there is mounted a vane assembly made up of a base pivoting in the body and of the vane , as well as a device comprising multiple bearings , each bearing comprising a slot, the geometric dimensions of which are specifically configured to accept and conform a portion of the vane of said angle-of-attack probe when the device is butted against the vane of the vane assembly directly on the aircraft.
Lighting device, in particular contour lighting for a motor vehicle, with a housing made from a plastic material which is transparent to light coupled into the housing, which functions as a scattering disc and at least in the region of its outer side, which is visible in the assembled position, is coated with a coating that is not transparent to the coupled-in light, which coating is removed locally to form a narrow light outlet line , and with a light guide which emits the light to be output via the light outlet line into the housing , wherein the housing has a mount for the light guide , characterised in that the light outlet line has a width of less than 1 mm, in that the coating is a paint, a vapour-deposited layer or galvanically deposited layer, and in that the light guide has such a light guide structure that coupled-in light coming from an end face of the light guide passes through the light guide , wherein the light is guided not only longitudinally but also is coupled-out to the side and is forced to be coupled into the housing.
A method of making a gaseous emissions treatment component, comprising extruding green ceramic mix through a die to form an extrusion having a plurality of elongate cells extending along the extrusion, the cells bounded by walls dividing adjacent cells from one another, in concert with the extruding, feeding metal through the die with the extruded mix, and cutting off and firing a length of the extrusion and associated metal to form a honeycomb substrate, wherein the metal is a metal insert located within selected cells.