mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method comprising: obtaining configuration parameters of services and devices of a network infrastructure, the configuration parameters having a tree representation; creating a copy of the tree representation of the configuration parameters (S406); and generating a template having a plurality of matched pattern instances based on the copy of the tree presentation of the configuration parameters, wherein a matched pattern occurs when two or more nodes of the copy of the tree representation have the same set of internal nodes/children and leaves, each of the plurality of matched pattern instances being a single representation of configuration parameters for at least two different services or devices of the network infrastructure (S300) in which configuration parameter values that are the same for the respective at least two different services or devices of the network infrastructure keep their value while any configuration parameter that varies between the respective at least two different services or devices of the network infrastructure is replaced with a respective magic value representing a variable. obtaining configuration parameters of services and devices of a network infrastructure, the configuration parameters having a tree representation; creating a copy of the tree representation of the configuration parameters (S406); and generating a template having a plurality of matched pattern instances based on the copy of the tree presentation of the configuration parameters, wherein a matched pattern occurs when two or more nodes of the copy of the tree representation have the same set of internal nodes/children and leaves, each of the plurality of matched pattern instances being a single representation of configuration parameters for at least two different services or devices of the network infrastructure (S300) in which configuration parameter values that are the same for the respective at least two different services or devices of the network infrastructure keep their value while any configuration parameter that varies between the respective at least two different services or devices of the network infrastructure is replaced with a respective magic value representing a variable.
A frequency selective surface, FSS, wherein the FSS comprises multiple FSS units that are uniformly arranged, each FSS unit comprises a dielectric slab and N square-ring metal patches, the N square-ring metal patches are stuck on a first surface of the dielectric slab, and the FSS unit further comprises a cross-shaped metal patch, wherein the cross-shaped metal patch is stuck on the first surface of the dielectric slab, and divides the first surface of the dielectric slab into four parts with an equal area, each part has a same quantity of the square-ring metal patches, and N is a positive integer power of 4; wherein lengths of the cross-shaped metal patch in two mutually perpendicular directions are equal, a length in each direction is 0.25 to 0.75 times a first wavelength, a width of a gap between adjacent square-ring patches is 0.02 to 0.06 times a second wavelength, the first wavelength is a wavelength that is corresponding to a transmission band center frequency of the FSS and that is in the dielectric slab, and the second wavelength is a wavelength that is corresponding to a reflection band center frequency of the FSS and that is in vacuum, and that the dielectric slab in the FSS unit has N holes, positions of the N holes are in a one-to-one correspondence with positions of the N square-ring metal patches, and an area of the hole is less than an area of the inner ring of the square-ring metal patch.
A method for computer-aided determination of the efficiency of the installation of spatially distributed electrical components of a machine , in particular a plant , characterized by the following steps: Detecting a start time of a work step during the installation of an installation element , preferably a cable or a component, of the machine by receiving an identifier of the installation element from a reading device directly or indirectly assigned to the user; Detecting at least one movement profile of a user during the execution of the work step by locating the reading device directly or indirectly assigned to the user; Detecting an end time of the work step; Determining at least one installation efficiency during the execution of the work step, at least in part based on a time required for the work step corresponding to the start and end times and/or the at least one movement profile detected; and automatically documenting the at least one installation efficiency determined. Detecting a start time of a work step during the installation of an installation element , preferably a cable or a component, of the machine by receiving an identifier of the installation element from a reading device directly or indirectly assigned to the user; Detecting at least one movement profile of a user during the execution of the work step by locating the reading device directly or indirectly assigned to the user; Detecting an end time of the work step; Determining at least one installation efficiency during the execution of the work step, at least in part based on a time required for the work step corresponding to the start and end times and/or the at least one movement profile detected; and automatically documenting the at least one installation efficiency determined.
Emergency signalling device with at least two rods and with at least three flags (F1 to F5) which can be fastened to the at least two rods (7 to 9) and which are each formed as an isosceles triangle, wherein fastening means are provided at at least one corner of the triangle for fastening the flags (F1 to F5) to the at least two rods (7 to 9), wherein the at least three flags (F1 to F5) can be fastened by fastening means at the base (c) of the triangle to at least one of the rods and can be tensioned by the fastening means at the apex (C) of the triangle, wherein the at least three flags (F1, F2, F3) can be tensioned by the fastening means between two rods , characterized in that two of the at least three flags (F1, F2) are fastened by the fastening means at their base (c) to one rod and by the fastening means at their apex (C) to the other rod , and in that a further flag (F3) is fastened by the fastening means at its base (c) to the other rod and by the fastening means at its apex (C) to the one rod , the further flag (F3) adjoining with its two sides (a, b) the side (a) of the one flag (F1) and the side (b) of the other flag (F2).
A peritoneal dialysis system comprising: a cycler including a pump actuator ; a disposable set including a pumping portion operable with the pump actuator , a patient line positioned to fluidly communicate with the pumping portion , and a drain container positioned to fluidly communicate with the pumping portion ; and a control unit , characterized in that the control unit is configured to cause the pump actuator to actuate the pumping portion (i) to run a peritoneal dialysis treatment in which fresh dialysis fluid is pumped through the patient line to a patient and used dialysis fluid is pumped from the patient to the drain container , and (ii) at the end of the peritoneal dialysis treatment, to pump the used dialysis fluid from the drain container , through the patient line , to a house drain. a cycler including a pump actuator ; a disposable set including a pumping portion operable with the pump actuator , a patient line positioned to fluidly communicate with the pumping portion , and a drain container positioned to fluidly communicate with the pumping portion ; and a pumping portion operable with the pump actuator , a patient line positioned to fluidly communicate with the pumping portion , and a drain container positioned to fluidly communicate with the pumping portion ; and a control unit , characterized in that the control unit is configured to cause the pump actuator to actuate the pumping portion (i) to run a peritoneal dialysis treatment in which fresh dialysis fluid is pumped through the patient line to a patient and used dialysis fluid is pumped from the patient to the drain container , and (ii) at the end of the peritoneal dialysis treatment, to pump the used dialysis fluid from the drain container , through the patient line , to a house drain.
A multi-positionable tray assembly for mounting within a chassis of a telecommunications panel , the multi-positionable tray assembly comprising: a. a tray configured to support at least one cable management structure ; and b. a support arm connected to and supporting the tray at a pivot joint such that the tray is rotatable about the pivot joint at a pivot axis (A1) between a folded position and an access position ; c. wherein, the tray and the support arm cooperatively define a cable routing pathway that extends through the pivot axis (A1) of the pivot joint defined by the tray and the support arm . a. a tray configured to support at least one cable management structure ; and b. a support arm connected to and supporting the tray at a pivot joint such that the tray is rotatable about the pivot joint at a pivot axis (A1) between a folded position and an access position ; c. wherein, the tray and the support arm cooperatively define a cable routing pathway that extends through the pivot axis (A1) of the pivot joint defined by the tray and the support arm .
One or more non-transitory computer-readable media storing computer-executable instructions that upon execution cause one or more processors to perform acts comprising: selecting a subscription management service as a sole provider of Embedded Subscriber Identity Module, eSIM, profile management to an entity , the subscription management service being provided by one or more subscription managers that execute on one or more computing devices, the one or more subscription managers including at least one of a Subscription Manager Data Preparation, SM-DP, or a Subscription Manager Secure Routing, SM-SR; and mapping the entity solely to the subscription management service to configure an eSIM management platform to route profile management communications for the entity between the entity and the subscription management service, the eSIM management platform providing an application program interface, API, abstraction layer for the entity to initiate profile management operations with respect to eSIM profiles, wherein the eSIM management platform is a backend service of a wireless communication carrier , and wherein the entity is a wireless communication carrier, a third-party partner of the wireless communication carrier, a network aggregator, or a hub. selecting a subscription management service as a sole provider of Embedded Subscriber Identity Module, eSIM, profile management to an entity , the subscription management service being provided by one or more subscription managers that execute on one or more computing devices, the one or more subscription managers including at least one of a Subscription Manager Data Preparation, SM-DP, or a Subscription Manager Secure Routing, SM-SR; and mapping the entity solely to the subscription management service to configure an eSIM management platform to route profile management communications for the entity between the entity and the subscription management service, the eSIM management platform providing an application program interface, API, abstraction layer for the entity to initiate profile management operations with respect to eSIM profiles, wherein the eSIM management platform is a backend service of a wireless communication carrier , and wherein the entity is a wireless communication carrier, a third-party partner of the wireless communication carrier, a network aggregator, or a hub.
Connection for a fluid, comprising: - a pipe , - a connector in which a fluid is intended to flow, and including a housing in which the pipe is at least partially inserted, wherein the pipe and the connector are in fluidic communication, - a gasket arranged in the housing and radially interposed between the pipe and the connector to prevent any leakage of fluid between the pipe and the connector , - a closing element in which the pipe is at least partially inserted, characterized in that the closing element is mounted to both the pipe and the connector by means of two respective welds ensuring fluid tightness. - a pipe , - a connector in which a fluid is intended to flow, and including a housing in which the pipe is at least partially inserted, wherein the pipe and the connector are in fluidic communication, - a gasket arranged in the housing and radially interposed between the pipe and the connector to prevent any leakage of fluid between the pipe and the connector , - a closing element in which the pipe is at least partially inserted, characterized in that the closing element is mounted to both the pipe and the connector by means of two respective welds ensuring fluid tightness.
A device for holding an endotracheal tube to a patient, the device comprising: a support configured to fit adjacent to a patient's mouth; a tube holder configured to hold the endotracheal tube wherein the tube holder is coupled to the support , the tube holder comprising: a body having opposed sides and a bottom side, the bottom side having a plurality of shark-tooth shaped protrusions for contacting the endotracheal tube ; and an elongated, flexible strap extending from one side of the body and having a free length adapted to be wrapped around the bottom side of the body and the endotracheal tube to secure the endotracheal tube (31, 31 a) to the bottom side of the body ; wherein the plurality of protrusions comprises a first row of protrusions offset from a second row of protrusions; wherein the protrusions in the first row of protrusions include peaks that are along a first axis (A) and the protrusions in the second row of protrusions include peaks along a second axis (B) offset from the first axis (A); wherein the protrusions in the first row of protrusions and the protrusions in the second row of protrusions include edges which are located between the first and second axis (A, B), and characterized in that the edges of the protrusions in the first and second rows overlap. a support configured to fit adjacent to a patient's mouth; a tube holder configured to hold the endotracheal tube wherein the tube holder is coupled to the support , the tube holder comprising: a body having opposed sides and a bottom side, the bottom side having a plurality of shark-tooth shaped protrusions for contacting the endotracheal tube ; and an elongated, flexible strap extending from one side of the body and having a free length adapted to be wrapped around the bottom side of the body and the endotracheal tube to secure the endotracheal tube (31, 31 a) to the bottom side of the body ; wherein the plurality of protrusions comprises a first row of protrusions offset from a second row of protrusions; wherein the protrusions in the first row of protrusions include peaks that are along a first axis (A) and the protrusions in the second row of protrusions include peaks along a second axis (B) offset from the first axis (A); wherein the protrusions in the first row of protrusions and the protrusions in the second row of protrusions include edges which are located between the first and second axis (A, B), and characterized in that the edges of the protrusions in the first and second rows overlap. a body having opposed sides and a bottom side, the bottom side having a plurality of shark-tooth shaped protrusions for contacting the endotracheal tube ; and an elongated, flexible strap extending from one side of the body and having a free length adapted to be wrapped around the bottom side of the body and the endotracheal tube to secure the endotracheal tube (31, 31 a) to the bottom side of the body ;
An assembly for use in a bearing compartment of a gas turbine engine , the assembly comprising: a pedestal (104; 204); a damper having a damper surface configured to be positioned adjacent to the pedestal (104; 204) and separated from the pedestal (104; 204) by a gap , the gap receiving a damping fluid to form a damping assembly between the damper and the pedestal (104; 204); a first annular spring (112; 212) positioned axially forward or axially aft of the pedestal (104; 204); and an anti-rotation feature configured to resist circumferential rotation of the first annular spring (112; 212) relative to at least one of the pedestal (104; 204) or the damper, characterised in that the assembly further comprises an oil nozzle coupled to the pedestal (104; 204) and configured to extend through a window defined by the first annular spring (112; 212) and to supply a lubricant to the bearing compartment . a pedestal (104; 204); a damper having a damper surface configured to be positioned adjacent to the pedestal (104; 204) and separated from the pedestal (104; 204) by a gap , the gap receiving a damping fluid to form a damping assembly between the damper and the pedestal (104; 204); a first annular spring (112; 212) positioned axially forward or axially aft of the pedestal (104; 204); and an anti-rotation feature configured to resist circumferential rotation of the first annular spring (112; 212) relative to at least one of the pedestal (104; 204) or the damper, characterised in that the assembly further comprises an oil nozzle coupled to the pedestal (104; 204) and configured to extend through a window defined by the first annular spring (112; 212) and to supply a lubricant to the bearing compartment .
A method of manufacturing a dispenser for a product in stick form, the dispenser comprising an inner tube and a product concealing tube disposed outwardly of the inner tube , wherein the product concealing tube is retractable and extendable relative to the inner tube for exposing and covering a product stick extending from a distal end of the inner tube in use; the method comprising: providing a first blank of sheet material for providing the inner tube of the dispenser ; wrapping the first blank around a mandrel to provide the inner tube of the dispenser ; providing a second blank of sheet material for providing the product concealing tube of the dispenser ; wherein the second blank comprises a slot , and a guide element disposed within the slot ; applying a bonding agent to the second blank in a region corresponding to a surface of the guide element ; wrapping the second blank around the inner tube while the inner tube is held on a mandrel to provide the product concealing tube , with the surface of the guide element to which bonding agent has been applied facing the inner tube , such that the guide element becomes bonded to an exterior surface of the inner tube , and wherein the slot provides a recess in the interior surface of the formed product concealing tube ; wherein, in use, the product concealing tube is movable relative to the inner tube with the guide element cooperating with the recess for guiding the movement of the product concealing tube relative to the inner tube . providing a first blank of sheet material for providing the inner tube of the dispenser ; wrapping the first blank around a mandrel to provide the inner tube of the dispenser ; providing a second blank of sheet material for providing the product concealing tube of the dispenser ; wherein the second blank comprises a slot , and a guide element disposed within the slot ; applying a bonding agent to the second blank in a region corresponding to a surface of the guide element ; wrapping the second blank around the inner tube while the inner tube is held on a mandrel to provide the product concealing tube , with the surface of the guide element to which bonding agent has been applied facing the inner tube , such that the guide element becomes bonded to an exterior surface of the inner tube , and wherein the slot provides a recess in the interior surface of the formed product concealing tube ; wherein, in use, the product concealing tube is movable relative to the inner tube with the guide element cooperating with the recess for guiding the movement of the product concealing tube relative to the inner tube .
A system , comprising: a garment , configured to cover at least a portion of a body of a subject; one or more sound transmitters coupled to the garment , configured to transmit sound through the body of the subject; a plurality of sound detectors coupled to the garment , configured: to detect the transmitted sound following passage of the transmitted sound through the body of the subject, to detect body sound emanating from the body of the subject, and to generate a plurality of sound-detector outputs in response to detecting the transmitted sound and the body sound; and a processor , configured to process the sound-detector outputs, and to generate a processor output in response thereto, wherein the processor is configured to construct, by processing the sound-detector outputs, an image of an interior of the body of the subject, and wherein the processor output includes the image, wherein the processor is further configured to identify, by processing the sound-detector outputs, a location of a source of the body sound, and to indicate the location in the image. a garment , configured to cover at least a portion of a body of a subject; one or more sound transmitters coupled to the garment , configured to transmit sound through the body of the subject; a plurality of sound detectors coupled to the garment , configured: to detect the transmitted sound following passage of the transmitted sound through the body of the subject, to detect body sound emanating from the body of the subject, and to generate a plurality of sound-detector outputs in response to detecting the transmitted sound and the body sound; and to detect the transmitted sound following passage of the transmitted sound through the body of the subject, to detect body sound emanating from the body of the subject, and to generate a plurality of sound-detector outputs in response to detecting the transmitted sound and the body sound; and a processor , configured to process the sound-detector outputs, and to generate a processor output in response thereto, wherein the processor is configured to construct, by processing the sound-detector outputs, an image of an interior of the body of the subject, and wherein the processor output includes the image, wherein the processor is further configured to identify, by processing the sound-detector outputs, a location of a source of the body sound, and to indicate the location in the image.
An atomizer providing atomization of a fuel-air mixture suitable for flowing into a gas turbine engine, the atomizer suitable for receiving air input from an engine compressor and fuel input from a low-pressure fuel supply pump, the atomizer comprising an atomizer body , a main vortex chamber comprising a main outlet nozzle in fluid communication with a combustion chamber inlet of the gas turbine engine; a secondary vortex chamber for improving an atomization quality of the fuel-air-mixture, the secondary vortex chamber comprising a secondary outlet nozzle in fluid communication with the main vortex chamber; and a fuel sleeve providing fuel to the secondary vortex chamber, the fuel sleeve comprising a blind channel with a longitudinal axis and a fuel tip ; characterized in that the atomizer further comprises an air cavity and grooves on a surface of the main vortex chamber which supply air to the air cavity. an atomizer body , a main vortex chamber comprising a main outlet nozzle in fluid communication with a combustion chamber inlet of the gas turbine engine; a secondary vortex chamber for improving an atomization quality of the fuel-air-mixture, the secondary vortex chamber comprising a secondary outlet nozzle in fluid communication with the main vortex chamber; and a fuel sleeve providing fuel to the secondary vortex chamber, the fuel sleeve comprising a blind channel with a longitudinal axis and a fuel tip ; characterized in that the atomizer further comprises an air cavity and grooves on a surface of the main vortex chamber which supply air to the air cavity.