mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel injection system for a gas turbine engine comprising; a main airblast fuel injector section , the main airblast fuel injector section having an aft end facing a combustion chamber and wherein a surface exposed to a main air flow through the injection system is non-axisymmetric, or, non-planar in a reference circumferential plane, and configured to generate acoustic impedance at or adjacent the aft end where, in use, the main air flow collides with an oncoming acoustic wave, wherein the surface comprises a first annular wall of an annular chamber of an air swirler having an annular array of swirl vanes extending radially across the annular chamber to a second wall of the annular chamber and the annular array of swirl vanes is configured to generate acoustic impedance by the annular array including an axial step.
A method for distributing load in a network of processing nodes , wherein the network includes a requesting node, and a set of external processing nodes, the method comprising: sending an Internet Control Message Protocol, ICMP message to each external processing node; classifying each external processing node as being either a responding or a non-responding node based on a corresponding response time of each ICMP message; identifying a responding node that has the capability to fulfill a video processing request submitted by the requesting node; determining a first set of excluded responding nodes, wherein a computational load on each excluded responding node of the first set during a first pre-defined time interval exceeds a first threshold; determining a second set of excluded responding nodes, wherein a number of video processing requests received by each excluded responding node of the second set from the requesting node during a preceding time interval exceeds a second threshold; selecting an identified node for fulfilling the video processing request, wherein the identified node does not form a part of the first and second sets of excluded responding nodes; sending a transmission package from the requesting node to the selected identified node for processing; and receiving a binary response from the selected identified node. sending an Internet Control Message Protocol, ICMP message to each external processing node; classifying each external processing node as being either a responding or a non-responding node based on a corresponding response time of each ICMP message; identifying a responding node that has the capability to fulfill a video processing request submitted by the requesting node; determining a first set of excluded responding nodes, wherein a computational load on each excluded responding node of the first set during a first pre-defined time interval exceeds a first threshold; determining a second set of excluded responding nodes, wherein a number of video processing requests received by each excluded responding node of the second set from the requesting node during a preceding time interval exceeds a second threshold; selecting an identified node for fulfilling the video processing request, wherein the identified node does not form a part of the first and second sets of excluded responding nodes; sending a transmission package from the requesting node to the selected identified node for processing; and receiving a binary response from the selected identified node.
An ignition testing system comprising: a test article testing chamber ; at least one gas mixture verification chamber being communicably coupled to the test article testing chamber ; wherein the ignition testing system or the gas mixture verification chamber is configured to provide a gas mixture to the test article testing chamber , and wherein the gas mixture verification chamber is configured to verify at least a content of the gas mixture content provided to the test article testing chamber . a test article testing chamber ; at least one gas mixture verification chamber being communicably coupled to the test article testing chamber ; wherein the ignition testing system or the gas mixture verification chamber is configured to provide a gas mixture to the test article testing chamber , and wherein the gas mixture verification chamber is configured to verify at least a content of the gas mixture content provided to the test article testing chamber .
A method for controlling a transmission, in particular of a motor vehicle , comprising: - a heat engine driving wheels of said vehicle via a drive chain , and - at least one accessory taking a torque from said heat engine , in the case of a life situation with strong environmental constraints, said life situation with strong environmental constraints being defined by at least one life situation from: a situation of running at high altitude, a situation of running at very low or very high temperature, a situation of running with a discharged battery , a situation of running with an air-conditioning adjusted to the maximum, or a high current draw by electrical auxiliaries, said method comprises: - a step of offloading at least a part of the torque taken by said at least one accessory , characterized in that this offloading step is followed: - by a step of compensating a loss of power suffered by said accessory during the offloading step by an increase of the power consumed by the said accessory . - a heat engine driving wheels of said vehicle via a drive chain , and - at least one accessory taking a torque from said heat engine , in the case of a life situation with strong environmental constraints, said life situation with strong environmental constraints being defined by at least one life situation from: a situation of running at high altitude, a situation of running at very low or very high temperature, a situation of running with a discharged battery , a situation of running with an air-conditioning adjusted to the maximum, or a high current draw by electrical auxiliaries, said method comprises: - a step of offloading at least a part of the torque taken by said at least one accessory , characterized in that this offloading step is followed: - by a step of compensating a loss of power suffered by said accessory during the offloading step by an increase of the power consumed by the said accessory . - a step of offloading at least a part of the torque taken by said at least one accessory , characterized in that this offloading step is followed: - by a step of compensating a loss of power suffered by said accessory during the offloading step by an increase of the power consumed by the said accessory .
A life vest stowage pouch , comprising: a rigid throat having an opening therethrough; a fabric pouch attached to a back of the rigid throat and comprising an opening held open by the rigid throat ; and a rigid door attached to a front of the rigid throat , the rigid door comprising a latch adapted to engage with a catch on the rigid throat to hold the rigid door closed; wherein the interior volume of the pouch is sized to accommodate therein an inflatable life vest in a deflated state, the life vest stowage pouch further comprising a strap disposed outside of the fabric pouch at a front of the life vest stowage pouch , the strap fed through an opening between the rigid door and the rigid throat , wherein the life vest stowage pouch comprises a life vest disposed in the fabric pouch ; and wherein the strap has a free end and an attached end , the attached end being attached to the life vest and the free end being disposed through the front of the aircraft life vest stowage pouch , wherein the strap is routed between the latch and the catch such that pulling force on the strap releases the latch from the catch thereby opening the rigid door . a rigid throat having an opening therethrough; a fabric pouch attached to a back of the rigid throat and comprising an opening held open by the rigid throat ; and a rigid door attached to a front of the rigid throat , the rigid door comprising a latch adapted to engage with a catch on the rigid throat to hold the rigid door closed; wherein the interior volume of the pouch is sized to accommodate therein an inflatable life vest in a deflated state, the life vest stowage pouch further comprising a strap disposed outside of the fabric pouch at a front of the life vest stowage pouch , the strap fed through an opening between the rigid door and the rigid throat , wherein the life vest stowage pouch comprises a life vest disposed in the fabric pouch ; and wherein the strap has a free end and an attached end , the attached end being attached to the life vest and the free end being disposed through the front of the aircraft life vest stowage pouch , wherein the strap is routed between the latch and the catch such that pulling force on the strap releases the latch from the catch thereby opening the rigid door .
A microorganism belonging to Dirkmeia churashimaensis NITE BP-03054, a microorganism belonging to Papiliotrema flavescens NITE BP-03051, a microorganism belonging to Papiliotrema flavescens NITE BP-03052, or a microorganism belonging to Apiotrichum porosum NITE BP-03053.
Electrical device connection line with a cable sheath , in which at least one protective conductor , one neutral conductor and one phase conductor are arranged and a coupling piece can be respectively mounted to both ends thereof, wherein the cable sheath is separated at at least one point and the protective conductor runs separately from the neutral conductor and the phase conductor in the separation point , characterised in that an encapsulation is provided in the region of the separation point , which is provided with an opening and the protective conductor runs separately from the neutral conductor and the phase conductor in the region of the separation point .
Method of detecting and/or monitoring the forming and/or the growth of cracks or plastic deformation and/or suspected cracks or plastic deformation in ferromagnetic structures , such as civil engineering and marine structures, comprising passively reading values of magnetic flux leakage (MFL) by reading stress induced magnetisation and/or the Earth magnetic field from a plurality of magnetometers arranged in a line and mounted on a structure and over or near a crack or plastic deformation and/or suspected crack or plastic deformation, at a first point in time, and storing the values of magnetic flux leakage (MFL), passively reading values of magnetic flux leakage (MFL) by reading stress induced magnetisation and/or the Earth magnetic field from a plurality of magnetometers at a further point in time, processing the values of the further reading with the values from the earlier reading, and determining the location of a singular point of the crack or plastic deformation and/or suspected crack or plastic deformation from the processed further reading. passively reading values of magnetic flux leakage (MFL) by reading stress induced magnetisation and/or the Earth magnetic field from a plurality of magnetometers arranged in a line and mounted on a structure and over or near a crack or plastic deformation and/or suspected crack or plastic deformation, at a first point in time, and storing the values of magnetic flux leakage (MFL), passively reading values of magnetic flux leakage (MFL) by reading stress induced magnetisation and/or the Earth magnetic field from a plurality of magnetometers at a further point in time, processing the values of the further reading with the values from the earlier reading, and determining the location of a singular point of the crack or plastic deformation and/or suspected crack or plastic deformation from the processed further reading.
A surgical stapler for stapling the tissue of a patient, comprising: a handle; a shaft extending from said handle; an end effector extending from said shaft , wherein said end effector comprises: a plurality of staples ; and an anvil configured to deform said staples ; a firing mechanism configured to deploy said staples along a firing path; a sensor configured to detect a target ; a controller configured to calculate said firing path based on the target ; and a motorized drive system configured to move said end effector along said firing path. a handle; a shaft extending from said handle; an end effector extending from said shaft , wherein said end effector comprises: a plurality of staples ; and an anvil configured to deform said staples ; a plurality of staples ; and an anvil configured to deform said staples ; a firing mechanism configured to deploy said staples along a firing path; a sensor configured to detect a target ; a controller configured to calculate said firing path based on the target ; and a motorized drive system configured to move said end effector along said firing path.
Tool coupling device for receiving a power-tool parting device, in particular a power-tool parting device in the form of a closed system, having at least one tool holding unit which has at least one tool holding element that is mounted so as to be rotatable about a movement axis , extending at least substantially perpendicularly to a clamping plane of the tool holding element , of the tool holding element , wherein the tool holding element is mounted so as to be rotatable, at least starting from a tool fixing position of the tool holding element , about the movement axis of the tool holding element into a tool coupling position of the tool holding element through an angular range which has a an angular dimension of less than 360°, wherein the tool coupling position defines a position of the tool holding element in which the power-tool parting device is able to be coupled to a main body or a tool receiving element of the tool coupling device, characterized in that the tool holding element has at least one form-fit recess which has at least two functional regions , wherein one of the functional regions is provided for the insertion of a holding element of a power-tool parting device and one of the functional regions is provided for a form-fitting connection for fixing the holding element , wherein the tool holding unit has a tool receiving element which has a receiving recess for at least partially receiving the power-tool parting device in a state of the power-tool parting device coupled to the tool coupling device , and a rotary play opening in which a drive element of the tool coupling device is arranged.
Paper product dispenser , comprising a box-shaped container , defining an inner compartment for housing the paper products and suitable to internally house a pack of napkins or tissues, to be picked up one after the other in succession, said container provided with one opening for picking up the products contained in the inner compartment , and a base designed to be in contact with any supporting surface, said container comprising a lower portion and an upper portion enclosing said inner compartment , said lower portion comprising a front element that is affected by said opening for picking up said products, said dispenser comprising swivelling coupling means interposed between said lower portion of said container and said base , for allowing said container to be freely rotated with respect to said base , making it possible to turn said opening in the desired direction toward a particular user who intends to pick up a product, wherein said swivelling coupling means comprise a female element and a male element , said male element being rotatably coupled inside said female element , characterized in that said female element comprises a circular seat , formed in said lower portion of said container , and in that said male element comprises an annular protrusion , integral with the upper surface of said base in use, and suitable to engage with said circular seat .
A system comprising: i) a substrate, ii) a first ink, which is applied on at least a part of at least one surface of the substrate, wherein the first ink includes at least one IR luminescent dye and/or at least one IR luminescent pigment, and iii) a second non-luminescent ink, which is applied on at least a part of at least one surface of the substrate onto which the first ink is/are applied, wherein the second ink includes at least one non-luminescent IR absorbing pigment and/or a least one non-luminescent IR absorbing dye, wherein the first ink and the second ink at least partially overlap on the at least one surface of the substrate, wherein the second ink is applied in the overlapping area onto the first ink, and wherein the emission spectrum of the first ink and the absorption spectrum of the second ink at least partially overlap. i) a substrate, ii) a first ink, which is applied on at least a part of at least one surface of the substrate, wherein the first ink includes at least one IR luminescent dye and/or at least one IR luminescent pigment, and iii) a second non-luminescent ink, which is applied on at least a part of at least one surface of the substrate onto which the first ink is/are applied, wherein the second ink includes at least one non-luminescent IR absorbing pigment and/or a least one non-luminescent IR absorbing dye,
A dress cover configured to be attached to a connector position assurance attachment feature formed in a body of a connector of a wire harness , the connector being connected to a portion of a wire cable , the dress cover having a locking tab and surrounding beams that are adapted to engage the body and inhibit a rotation of the dress cover relative to the connector , the dress cover including an extension , the extension configured to guide the wire cable of the wiring harness in a predetermined direction, the extension further configured to be releasably retained by a robotic assembler , and inhibit the wire cable from becoming entangled or interfering with an end effector of the robotic assembler , wherein the dress cover is further configured to transmit an insertion force from the robotic assembler to the connector when a terminal face of the connector is inserted into a mating connector .
A continuous glucose measurement apparatus comprising: a body attachable unit including a housing , a housing rack gear (T3) formed on an outer side of the housing , and a sensor module disposed inside the housing and configured for being inserted into a body to measure blood glucose, wherein a sensing area to react with the blood glucose in the body is formed at one side of the sensor module ; an applicator configured to insert and attach the body attachable unit to the body, the applicator including a main case , a case rack gear (T2) formed on an inner side of the main case , and a plunger body configured to move in an outward discharge direction along with the body attachable unit ; and a guide needle arranged to cover an outside of the sensor module , and configured to, after being inserted into the body together with the sensor module , be extracted and removed from the body, wherein a pinion gear (T1) is rotatably coupled to one side of the plunger body and is configured to simultaneously engage the housing rack gear (T3) and the case rack gear (T2), so that, when being discharged in the outward discharge direction by the applicator , the sensor module is inserted faster into the body than the guide needle , and so that an incised portion incised by the guide needle in the body is formed not to surround at least a part of the outside of the sensing area . a body attachable unit including a housing , a housing rack gear (T3) formed on an outer side of the housing , and a sensor module disposed inside the housing and configured for being inserted into a body to measure blood glucose, wherein a sensing area to react with the blood glucose in the body is formed at one side of the sensor module ; an applicator configured to insert and attach the body attachable unit to the body, the applicator including a main case , a case rack gear (T2) formed on an inner side of the main case , and a plunger body configured to move in an outward discharge direction along with the body attachable unit ; and a guide needle arranged to cover an outside of the sensor module , and configured to, after being inserted into the body together with the sensor module , be extracted and removed from the body, wherein a pinion gear (T1) is rotatably coupled to one side of the plunger body and is configured to simultaneously engage the housing rack gear (T3) and the case rack gear (T2), so that, when being discharged in the outward discharge direction by the applicator , the sensor module is inserted faster into the body than the guide needle , and so that an incised portion incised by the guide needle in the body is formed not to surround at least a part of the outside of the sensing area .
A lenses holder device intended to be hooked to a support materialized by a rectilinear bar of a determined direction, of a conveying carriage intended to transport optical lenses , said lenses holder device including: - a body , - means of suspension to the support connected to the body , - means for holding in position an optical lens on the lenses holder device , connected to the body , said holding means comprising: - support means defining at least one first bearing point (a) for the optical lens , - elastic return means defining at least two other bearing points (b, c) for the optical lens , the different bearing points (a, b, c) defining a positioning location of the optical lens , the body of the lenses holder device being shaped so as to bypass the portions of the space disposed facing the main faces of the optical lens when it is disposed in the positioning location, the support means being disposed on a second end of the body opposite to a first end of the body on which the suspension means are disposed , the support means being fixed relative to the body , the body having a counterweight characterized in that the counterweight is intended to substantially vertically orientate a plane transverse to the direction of the support and in which are subscribed the at least one first bearing point (a) and the suspension means of the lenses holder device , the counterweight being made in one part with the body and the suspension means and being located in the prolongation of the first end of the body beyond a transverse plane parallel to a branch of a hook of the suspension means . - a body , - means of suspension to the support connected to the body , - means for holding in position an optical lens on the lenses holder device , connected to the body , said holding means comprising: - support means defining at least one first bearing point (a) for the optical lens , - elastic return means defining at least two other bearing points (b, c) for the optical lens ,
A headphone , comprising: a headband ; and at least one earcup ; wherein the at least one earcup is movably coupled to the headband by a joint that is structured to allow rotation of the earcup relative to the headband about two mutually perpendicular axes, a vertical x axis and a z axis, and translation along the x axis; wherein the joint comprises a projection and a slot , where the projection is at least in part received by the slot; wherein the projection comprises a stem pivotally coupled to the earcup so as to allow relative rotation about the z axis, and a cylindrical member carried at a distal end of the stem and arranged to be fitted into a tube of a slider of the headband, the slot being arranged as a longitudinal slot in the tube along the x axis. a headband ; and at least one earcup ; wherein the at least one earcup is movably coupled to the headband by a joint that is structured to allow rotation of the earcup relative to the headband about two mutually perpendicular axes, a vertical x axis and a z axis, and translation along the x axis;