mhurhangee/patent-ind-claim-en huggingface dataset:
A damper position-limiting device , configured to be mounted in a tower to limit a swing amplitude of a damper mounted in the tower , comprising at least one web and a position-limiting ring , wherein the web is provided with a mounting hole and at least one stress relief hole ; a first side wall of the web has a first specified length along a circumferential direction of an inner wall of the tower , and is connected to the inner wall of the tower by welding; and the position-limiting ring is positioned within the mounting hole and connected to the mounting hole and is configured to accommodate an impacting plate of the damper ; characterized in that , the first side wall of the web is in the shape of a circular arc and matches with a specified periphery of the inner wall of the tower at a specified installation height; and the first specified length of the first side wall of the web is 0.25 to 0.5 times of the circumference of the specified periphery of the inner wall of the tower ; therefore a length of a weld seam between the first side wall of the web and the inner wall of the tower at the specified installation height is 0.25 to 0.5 times of the circumference of the specified periphery of the inner wall of the tower . the web is provided with a mounting hole and at least one stress relief hole ; a first side wall of the web has a first specified length along a circumferential direction of an inner wall of the tower , and is connected to the inner wall of the tower by welding; and the position-limiting ring is positioned within the mounting hole and connected to the mounting hole and is configured to accommodate an impacting plate of the damper ; characterized in that , the first side wall of the web is in the shape of a circular arc and matches with a specified periphery of the inner wall of the tower at a specified installation height; and the first specified length of the first side wall of the web is 0.25 to 0.5 times of the circumference of the specified periphery of the inner wall of the tower ; therefore a length of a weld seam between the first side wall of the web and the inner wall of the tower at the specified installation height is 0.25 to 0.5 times of the circumference of the specified periphery of the inner wall of the tower .
Method for dispensing a spray , in particular of a plant protectant agent , onto a field by means of an agricultural spraying apparatus , having the steps: - acquiring a field section of the field with plants by means of an optical and/or infrared acquisition unit ; - identifying at least one row of plants in the acquired field section by means of a processing unit ; - defining a plant area , which encompasses the at least one identified row of plants , using the at least one identified row of plants , and a weed area , which differs from the plant area , in a specified evaluation section of the acquired field section by means of the processing unit ; - ascertaining a plant parameter of the weed area in the specified evaluation section of the acquired field section by means of the processing unit ; and - dispensing the spray onto the weed area of the specified evaluation section in a manner dependent on the ascertained plant parameter by means of spray nozzles of the agricultural spraying apparatus . - acquiring a field section of the field with plants by means of an optical and/or infrared acquisition unit ; - identifying at least one row of plants in the acquired field section by means of a processing unit ; - defining a plant area , which encompasses the at least one identified row of plants , using the at least one identified row of plants , and a weed area , which differs from the plant area , in a specified evaluation section of the acquired field section by means of the processing unit ; - ascertaining a plant parameter of the weed area in the specified evaluation section of the acquired field section by means of the processing unit ; and - dispensing the spray onto the weed area of the specified evaluation section in a manner dependent on the ascertained plant parameter by means of spray nozzles of the agricultural spraying apparatus .
Method for machining a metallic casting strand , which is round in cross-section, by a cross-section reduction in the final solidification region with the aid of at least three forming tools which are distributed around the circumference and act simultaneously on the casting strand , characterized in that the casting strand is formed by forging tools , which constitute the forming tools, with each forming stroke in a longitudinal section which corresponds to at least a quarter of the strand diameter before the cross-section reduction, and in that the forging tools are rotated between the forming strokes by an angular step about the axis of the casting strand .
A media bin assembly comprising: a media bin ; an optical sensor , directed toward the media bin , and having a first emitter and a receiver ; a second emitter to emit photons toward the optical sensor ; and a controller to: determine a count of photons from a source other than the first emitter received at the receiver of the optical sensor , the source including the second emitter ; and determine presence of a print media on the media bin when the count of photons is within a threshold . a media bin ; an optical sensor , directed toward the media bin , and having a first emitter and a receiver ; a second emitter to emit photons toward the optical sensor ; and a controller to: determine a count of photons from a source other than the first emitter received at the receiver of the optical sensor , the source including the second emitter ; and determine presence of a print media on the media bin when the count of photons is within a threshold . determine a count of photons from a source other than the first emitter received at the receiver of the optical sensor , the source including the second emitter ; and determine presence of a print media on the media bin when the count of photons is within a threshold .
Multilayer coextruded film (100; 200; 300; 400) having a front side and a back side , where the film comprises at least three layers, with a first layer of the at least three layers or/and a second layer of the at least three layers comprising a laser additive, the second layer comprising a fluorescent additive and a third layer of the at least three layers comprising a region which is opaque to UV radiation, characterized in that the film (100; 200; 300; 400) comprises a fourth layer and a fifth layer , where the fourth layer and the fifth layer , starting from the third layer , are arranged successively in the direction of the back side of the film (100; 200; 300; 400), with the fourth layer or/and the fifth layer comprising a laser additive and the fourth layer comprising a fluorescent additive.
A mechanical joint , comprising: a first component with an aperture ; a second component ; a flanged retainer including a base and a flange , the base including a bore and a counterbore that extends longitudinally along a centerline into the base from a longitudinal end of the base to the bore , and the flange extending radially out from and circumferentially about the base at the longitudinal end of the base , wherein the flange longitudinally engages the first component and the base projects longitudinally through the aperture and longitudinally engages the second component ; and a fastener including an anchor and a shaft , the anchor seated within the counterbore , and the shaft projecting longitudinally from the anchor , through the bore , and at least to the second component ; characterised in that the flange is angularly offset from an adjacent outer circumferential side of the base by a first angle prior to assembly of the mechanical joint ; in that the flange is angularly offset from the adjacent outer circumferential side of the base by a second angle after assembly of the mechanical joint , and the second angle is larger than the first angle , wherein the second angle is an acute angle. a first component with an aperture ; a second component ; a flanged retainer including a base and a flange , the base including a bore and a counterbore that extends longitudinally along a centerline into the base from a longitudinal end of the base to the bore , and the flange extending radially out from and circumferentially about the base at the longitudinal end of the base , wherein the flange longitudinally engages the first component and the base projects longitudinally through the aperture and longitudinally engages the second component ; and a fastener including an anchor and a shaft , the anchor seated within the counterbore , and the shaft projecting longitudinally from the anchor , through the bore , and at least to the second component ; characterised in that the flange is angularly offset from an adjacent outer circumferential side of the base by a first angle prior to assembly of the mechanical joint ; in that the flange is angularly offset from the adjacent outer circumferential side of the base by a second angle after assembly of the mechanical joint , and the second angle is larger than the first angle , wherein the second angle is an acute angle.
A method for triggering a plurality of actuators of a safety system of a motor vehicle from an energy source, wherein, by using sensor signals, the requirement for triggering and a respectively desired triggering time period are determined for the respective actuator, a) wherein an on-board power supply and, in addition, at least one autarky capacitor are provided as the energy source, wherein the autarky capacitor or respectively the autarky capacitors is/are charged up from the on-board power supply, b) and in the event of a destruction of the on-board power supply the triggering is adjusted such that at least a portion of the actuators provided for triggering are still triggered, characterized in that c) in the event of a destruction of the on-board power supply, the currently available energy quantity in the at least one autarky capacitor is in each case measured or estimated for all of the remaining triggering time periods, and d) it is checked by using the energy quantity whether all of the actuators provided for triggering in this respective remaining triggering time period can be triggered, and d1) if yes, these are triggered, d2) if not, by using a predefined rule, those actuators are selected from the actuators actually provided for triggering in this respective remaining triggering time period which can actually be triggered in this respective remaining triggering time period with the currently available energy quantity in this respective remaining triggering time period, and the triggering of the residual actuators provided for triggering in this respective remaining triggering time period is displaced into the following triggering time period(s). a) wherein an on-board power supply and, in addition, at least one autarky capacitor are provided as the energy source, wherein the autarky capacitor or respectively the autarky capacitors is/are charged up from the on-board power supply, b) and in the event of a destruction of the on-board power supply the triggering is adjusted such that at least a portion of the actuators provided for triggering are still triggered, characterized in that c) in the event of a destruction of the on-board power supply, the currently available energy quantity in the at least one autarky capacitor is in each case measured or estimated for all of the remaining triggering time periods, and d) it is checked by using the energy quantity whether all of the actuators provided for triggering in this respective remaining triggering time period can be triggered, and d1) if yes, these are triggered, d2) if not, by using a predefined rule, those actuators are selected from the actuators actually provided for triggering in this respective remaining triggering time period which can actually be triggered in this respective remaining triggering time period with the currently available energy quantity in this respective remaining triggering time period, and the triggering of the residual actuators provided for triggering in this respective remaining triggering time period is displaced into the following triggering time period(s).
A peptide comprising the amino acid sequence of SEQ ID No. 53, and a pharmaceutical acceptable salt thereof, wherein said peptide has an overall length of from 10 to 30 amino acids, wherein said peptide has the ability to bind to a molecule of the human major histocompatibility complex (MHC) class-I, and wherein said peptide, when bound to MHC, is capable of being recognized by CD8 T cells.
A method of transforming spoken thoughts to a visual representation of related topics found in the spoken thoughts, comprising: receiving , at a computing device, audio input of a spoken thought of a user; converting the audio input to text of the spoken thought; identifying a plurality of topics from the text using word frequency; creating , at the computing device, a topic graph for the plurality of topics by determining relationships between topics of the plurality of topics, and assigning a weight to each of the plurality of topics based at least on the determined relationships; and generating , at the computing device, a visual display of the topic graph for the plurality of topics by representing relevant ones of the plurality of topics using topic shapes, wherein the topic shapes are connected by the determined relationships and sized by the assigned weight. receiving , at a computing device, audio input of a spoken thought of a user; converting the audio input to text of the spoken thought; identifying a plurality of topics from the text using word frequency; creating , at the computing device, a topic graph for the plurality of topics by determining relationships between topics of the plurality of topics, and assigning a weight to each of the plurality of topics based at least on the determined relationships; and generating , at the computing device, a visual display of the topic graph for the plurality of topics by representing relevant ones of the plurality of topics using topic shapes, wherein the topic shapes are connected by the determined relationships and sized by the assigned weight.
A mitral valve replacement device adapted to be deployed at a mitral valve position in a human heart, comprising: an atrial flange defining an atrial end of the device: a ventricular portion defining a ventricular end of the device; an annulus support that is positioned between the atrial flange and the ventricular portion , the annulus support including a ring of anchors extending radially therefrom, with an annular clipping space (H4, H14) defined between the atrial flange and the ring of anchors ; wherein, in the deployed state within the human heart, the valve further comprises a plurality of leaflet holders positioned at the atrial end of the atrial flange ; and a plurality of valve leaflets secured to the leaflet holders , and positioned inside the atrial flange at a location above the native annulus, characterized in that the atrial flange includes a ring of spaced-apart inverted V-shaped tabs which define peaks and valleys for the atrial flange , with a rounded non-traumatic tip at each peak thereof, Z each tab extending radially outwardly to a bend, where the tab bends in a longitudinal direction of the device toward the atrial end, and then extends radially inwardly. a ventricular portion defining a ventricular end of the device; an annulus support that is positioned between the atrial flange and the ventricular portion , the annulus support including a ring of anchors extending radially therefrom, with an annular clipping space (H4, H14) defined between the atrial flange and the ring of anchors ; wherein, in the deployed state within the human heart, the valve further comprises a plurality of leaflet holders positioned at the atrial end of the atrial flange ; and a plurality of valve leaflets secured to the leaflet holders , and positioned inside the atrial flange at a location above the native annulus, characterized in that the atrial flange includes a ring of spaced-apart inverted V-shaped tabs which define peaks and valleys for the atrial flange , with a rounded non-traumatic tip at each peak thereof, Z each tab extending radially outwardly to a bend, where the tab bends in a longitudinal direction of the device toward the atrial end, and then extends radially inwardly.
A piston assembly for a cylindrical body of a pneumatic braking system, characterized by: - an elastic ring with outward protruding end portions ; - a plunger with an outer circumferential groove for receiving at least partly the elastic ring ; - an outer piston with an inner circumferential groove and an opening , the inner circumferential groove being adapted for receiving at least partly the elastic ring while the protruding end portions are placed in the opening , wherein the elastic ring is adapted to attach the plunger to the outer piston in a default state of the elastic ring and, upon moving the outward protruding end portions relative to each other, the elastic ring moves so far into the inner circumferential groove or into the other circumferential groove that plunger and the outer piston are detachable from each other. - an elastic ring with outward protruding end portions ; - a plunger with an outer circumferential groove for receiving at least partly the elastic ring ; - an outer piston with an inner circumferential groove and an opening , the inner circumferential groove being adapted for receiving at least partly the elastic ring while the protruding end portions are placed in the opening ,
Blower with a spiral housing , in which a fan with an impeller arranged in a rotatable manner on an axis is accommodated at least partially, wherein the spiral housing comprises at least two spiral-shaped air conducting walls , which at least partially embody at least two blow-out openings on the spiral housing and which extend from a smallest radius up to a radial outer boundary of a blow-out opening and wherein the spiral housing is divided into at least one first region and a second region in the axial direction of the fan, wherein each region is bound at least partially by a spiral-shaped air conducting wall , wherein at least one spiral-shaped air conducting wall is enlarged starting from the smallest radius in terms of height, in other words its dimension in the axial direction of the fan, characterised in that the at least two spiral-shaped air conducting walls are arranged twisted in respect of one another about the axis of the fan and that the blow-out openings formed hereby lie in different angular positions about the axis.
A gas heater comprising: - a premix burner having a burner deck ; - a supply channel fluidly connected to a supply of gaseous fuel, to a supply of air , and to the burner for supplying a mixture of the gaseous fuel and the air to the burner , wherein the supply channel comprises a mixing area upstream of the burner in which mixing area , in operation, the gaseous fuel and the air start to mix; and - a check valve placed in the supply channel downstream of the mixing area and upstream of the burner , the check valve comprising a valve seat and a moveable valve body , wherein the valve body has a first end position in which the check valve is opened and in the direction of which the valve body is urged in a first pressure condition in which a pressure upstream from the check valve is higher than a pressure downstream of the check valve , wherein the valve body has a second end position in which the check valve is closed and to which the valve body is urged in the event of a flashback, characterised in that the configuration of the check valve is such that, after closure of the check valve due to flashback, the check valve remains closed for a delay time. - a premix burner having a burner deck ; - a supply channel fluidly connected to a supply of gaseous fuel, to a supply of air , and to the burner for supplying a mixture of the gaseous fuel and the air to the burner , wherein the supply channel comprises a mixing area upstream of the burner in which mixing area , in operation, the gaseous fuel and the air start to mix; and - a check valve placed in the supply channel downstream of the mixing area and upstream of the burner , the check valve comprising a valve seat and a moveable valve body , wherein the valve body has a first end position in which the check valve is opened and in the direction of which the valve body is urged in a first pressure condition in which a pressure upstream from the check valve is higher than a pressure downstream of the check valve , wherein the valve body has a second end position in which the check valve is closed and to which the valve body is urged in the event of a flashback, characterised in that the configuration of the check valve is such that, after closure of the check valve due to flashback, the check valve remains closed for a delay time.
A method for a first user equipment, UE, configured for sidelink, SL, operation in a cell of a radio access network, RAN, the method comprising: receiving , from a RAN node via the cell, one or more messages including a configuration for SL discovery and/or communications, wherein the configuration includes: a first indication of whether the RAN node supports SL relay functionality, a second indication of whether the RAN node supports SL discovery functionality, wherein the second indication includes separate first and second fields, when present, the first field indicating that that the RAN node supports relay discovery, corresponding to SL discovery functionalities for SL relay purposes, and, when present, the second field indicates that the RAN node supports non-relay discovery, corresponding to SL discovery functionalities for SL purposes but not for SL relay, and one or more SL discovery configurations for UEs; and based on the configuration, selectively initiating a SL discovery procedure to discover at least a second UE that supports SL communications. receiving , from a RAN node via the cell, one or more messages including a configuration for SL discovery and/or communications, wherein the configuration includes: a first indication of whether the RAN node supports SL relay functionality, a second indication of whether the RAN node supports SL discovery functionality, wherein the second indication includes separate first and second fields, when present, the first field indicating that that the RAN node supports relay discovery, corresponding to SL discovery functionalities for SL relay purposes, and, when present, the second field indicates that the RAN node supports non-relay discovery, corresponding to SL discovery functionalities for SL purposes but not for SL relay, and one or more SL discovery configurations for UEs; and a first indication of whether the RAN node supports SL relay functionality, a second indication of whether the RAN node supports SL discovery functionality, wherein the second indication includes separate first and second fields, when present, the first field indicating that that the RAN node supports relay discovery, corresponding to SL discovery functionalities for SL relay purposes, and, when present, the second field indicates that the RAN node supports non-relay discovery, corresponding to SL discovery functionalities for SL purposes but not for SL relay, and one or more SL discovery configurations for UEs; and based on the configuration, selectively initiating a SL discovery procedure to discover at least a second UE that supports SL communications.