mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing an optical coherence tomography apparatus (200; 500), the method comprising steps of: providing a first arm including a first dispersive optical assembly inducing a first amount of dispersion into light coming from a light source and traversing the first arm, the first arm configuring one of a sample arm and a reference arm of an interferometer; providing a second arm including a second dispersive optical assembly inducing a second amount of dispersion into light coming from the light source and traversing the second arm, the second arm configuring the other of the sample arm and reference arm, the second amount of dispersion being substantially equal to the first amount of dispersion; providing a substitute optical component ; modifying one of the first and second arms by replacing at least one optical component in the one of the first and second arms with the substitute optical component to thereby change the amount of dispersion of the one of the first and second arms; and providing a processing unit (262; 562) configured to process an interferometry signal to perform Dispersion Encoded Full Range optical coherence tomography, the interferometry signal representative of a superposition of the light from the modified and the other of the first and second arms. providing a first arm including a first dispersive optical assembly inducing a first amount of dispersion into light coming from a light source and traversing the first arm, the first arm configuring one of a sample arm and a reference arm of an interferometer; providing a second arm including a second dispersive optical assembly inducing a second amount of dispersion into light coming from the light source and traversing the second arm, the second arm configuring the other of the sample arm and reference arm, the second amount of dispersion being substantially equal to the first amount of dispersion; providing a substitute optical component ; modifying one of the first and second arms by replacing at least one optical component in the one of the first and second arms with the substitute optical component to thereby change the amount of dispersion of the one of the first and second arms; and providing a processing unit (262; 562) configured to process an interferometry signal to perform Dispersion Encoded Full Range optical coherence tomography, the interferometry signal representative of a superposition of the light from the modified and the other of the first and second arms.
A method for producing an ultrafine-crystalline alloy ribbon having a structure in which ultrafine crystal grains having an average grain size of 1 to 30 nm are dispersed at a ratio of 5 to 30% by volume in an amorphous matrix, characterized by comprising the steps of ejecting an alloy melt onto a rotating cooling roll to quench it; forming a ribbon having a structure, in which ultrafine crystal grains having an average grain size of 0 to 20 nm are dispersed at a ratio of 0 to 4% by volume in an amorphous matrix, and/or having a thickness of 2 μm or more smaller than a target thickness after the start of winding, thus having such a toughness that is not fractured when bent to a bending radius of 1 mm or less, before the start of winding around a reel; and changing the forming conditions of said ribbon after the start of winding around a reel, to obtain a structure in which ultrafine crystal grains having an average grain size of 1 to 30 nm are dispersed at a ratio of 5 to 30% by volume in an amorphous matrix, by making the amount of a paddle on said cooling roll larger after the start of winding than before the start of winding, and/or by making a temperature of stripping said ultrafine-crystalline alloy ribbon from said cooling roll higher after the start of winding than before the start of winding, wherein said alloy melt has a composition represented by the general formula of Fe 100-x-y-z A x B y X z , wherein A is Cu and/or Au, X is at least one element selected from the group consisting of Si, S, C, P, Al, Ge, Ga and Be, and x, y and z are numbers (atomic %) meeting the conditions of 0 < x ≤ 5, 4 ≤ y ≤ 22, 0 ≤ z ≤ 10, and x + y + z ≤ 25.
Spool valve , with a valve spool which can be loaded by way of an actuator of the spool valve in a first direction and by way of a loading device of the spool valve in a second direction which is opposed to the first, which valve spool , by means of a first , a second and a third control section , can hydraulically connect a first working connector (A; B) to a feed connector (P) or an outflow connector (T1, T2), and a second working connector (B; A) to a or the feed connector (P) or a or the outflow connector (T1, T2), the first control section which is assigned to the first working connector (A; B) comprising at least one first and one second part control section and a preferably radially circumferential recess which is arranged axially in between and can hydraulically connect the first working connector (A; B) to a or the outflow connector (T1, T2) in a manner which is dependent on an axial position of the valve spool , it being possible for the first part control section to hydraulically disconnect the first working connector (A; B) from the feed connector (P), and it being possible for the second part control section to hydraulically disconnect the first working connector (A; B) from a or the outflow connector (T1; T2), the valve spool having the second control section which is assigned to the feed connector (P) and can hydraulically connect the feed connector (P) alternately to the first working connector (A; B) or to the second working connector (B; A) in a manner which is dependent on the axial position of the valve spool , characterized in that an axial position and/or an axial measurement of the first control section as well as the first and second part control sections , and an axial position and/or an axial measurement of the second control section and the third control section are dimensioned in relation to the valve spool in such a way that, when the actuator does not load the valve spool , the first working connector (A; B) is hydraulically connected to the outflow connector (T1; T2).
A smoking article comprising: a heat source configured to generate heat upon ignition thereof; a substrate material having opposed first and second ends, the heat source being disposed proximate the first end of the substrate material, and the substrate material having an aerosol precursor composition associated therewith; a mouthpiece , the mouthpiece being disposed proximate the second end of the substrate material; and a heat transfer component comprising a hollow structure and including opposing first and seconds flanges located on respective ends thereof, wherein the hollow structure of the heat transfer component extends through the heat source such that the heat source is located between the first and second opposing flanges of the heat transfer component, and wherein the hollow structure is configured to permit the passage of air therethrough. a heat source configured to generate heat upon ignition thereof; a substrate material having opposed first and second ends, the heat source being disposed proximate the first end of the substrate material, and the substrate material having an aerosol precursor composition associated therewith; a mouthpiece , the mouthpiece being disposed proximate the second end of the substrate material; and a heat transfer component comprising a hollow structure and including opposing first and seconds flanges located on respective ends thereof, wherein the hollow structure of the heat transfer component extends through the heat source such that the heat source is located between the first and second opposing flanges of the heat transfer component, and wherein the hollow structure is configured to permit the passage of air therethrough.
A method for configuring mobility or paging parameters of a femto node , comprising the following steps performed by the femto node : determining capabilities of one or more neighboring access points based in part on signals received from the one or more neighboring access points ; comparing the capabilities to one or more capabilities of the femto node to determine a mobility or paging parameter adjustment; and adjusting one or more mobility or paging parameters based on the mobility or paging parameter adjustment, wherein the adjusting comprises adjusting the one or more mobility or paging parameters of the femto node to bias handover toward the femto node if the one or more capabilities of the femto node exceed the capabilities of one or more neighboring access points by a first threshold value. determining capabilities of one or more neighboring access points based in part on signals received from the one or more neighboring access points ; comparing the capabilities to one or more capabilities of the femto node to determine a mobility or paging parameter adjustment; and adjusting one or more mobility or paging parameters based on the mobility or paging parameter adjustment, wherein the adjusting comprises adjusting the one or more mobility or paging parameters of the femto node to bias handover toward the femto node if the one or more capabilities of the femto node exceed the capabilities of one or more neighboring access points by a first threshold value.
Method to replace a straightening roll installed in a selectively removable manner on a rotation shaft , said method providing: - to hold and support a first end of said rotation shaft on a first support member of a first structure , - to selectively support and hold a second end , opposite said first end , of said rotation shaft on a second support member of a second structure , - to move said second structure , with a movement member , toward/away from said first structure to generate a maneuvering space for the installation and/or removal of said straightening roll from said rotation shaft , characterized in that when the installation of said straightening roll on said rotation shaft is required the method provides the following steps: - a support slider , with the at least one straightening roll , is positioned between said first structure and said second, mobile, structure ; - said straightening roll is held on said mobile structure ; - said support slider moves outside the space comprised between said first structure and said second mobile structure leaving said straightening roll on said second structure ; - said second structure is moved toward said first structure to insert said straightening roll on said rotation shaft . - to hold and support a first end of said rotation shaft on a first support member of a first structure , - to selectively support and hold a second end , opposite said first end , of said rotation shaft on a second support member of a second structure , - to move said second structure , with a movement member , toward/away from said first structure to generate a maneuvering space for the installation and/or removal of said straightening roll from said rotation shaft , - a support slider , with the at least one straightening roll , is positioned between said first structure and said second, mobile, structure ; - said straightening roll is held on said mobile structure ; - said support slider moves outside the space comprised between said first structure and said second mobile structure leaving said straightening roll on said second structure ; - said second structure is moved toward said first structure to insert said straightening roll on said rotation shaft .
Visualisation system configured to be worn on the head of a user wearing a standard aviation audio communication headset used in civil aviation comprised of a first arch and two lateral headphones , said visualisation system comprising at least one headband in the form of a strip and one visualisation device mounted on said headband, characterised in that said headband comprises two symmetrical, lateral bridges , each bridge being in the form of an arch so as to leave an opening of one to two centimetres between said arch and the head of the user so that, when the system is being worn on said head, said opening is sufficient to allow one of the two lateral arms of the first arch pass through.
A composition for forming an organic film, comprising: a polymer having a partial structure shown by the following general formula ; and an organic solvent, wherein Ar 1 and Ar2 each represent a benzene ring or a naphthalene ring which optionally have a substituent. a polymer having a partial structure shown by the following general formula ; and an organic solvent, wherein Ar 1 and Ar2 each represent a benzene ring or a naphthalene ring which optionally have a substituent.
A gas atomization nozzle comprising: a through-hole formed along a center line (C); a nozzle portion configured of a Laval nozzle which is disposed around the center line (C) and provided to be inclined at a predetermined angle toward the center line (C); and swirling motion imparting means for imparting a swirling flow around the center line (C) to gas which is injected from the nozzle portion , characterized in that the nozzle portion is formed as a plurality of holes provided around the through hole , and each of the holes is formed to be curved in a spiral shape around the through hole with the center line (C) as a center as the swirling motion imparting means. a through-hole formed along a center line (C); a nozzle portion configured of a Laval nozzle which is disposed around the center line (C) and provided to be inclined at a predetermined angle toward the center line (C); and swirling motion imparting means for imparting a swirling flow around the center line (C) to gas which is injected from the nozzle portion , characterized in that the nozzle portion is formed as a plurality of holes provided around the through hole , and each of the holes is formed to be curved in a spiral shape around the through hole with the center line (C) as a center as the swirling motion imparting means.
A packaging assembly, comprising: an inner protection layer for fitting and contacting a surface of an object to be packaged ; and an outer protection layer which covers the inner protection layer; characterized in that the elasticity coefficient of the outer protection layer is smaller than that of the inner protection layer. an inner protection layer for fitting and contacting a surface of an object to be packaged ; and an outer protection layer which covers the inner protection layer; characterized in that the elasticity coefficient of the outer protection layer is smaller than that of the inner protection layer.
A process for making a shaped part from a polymer selected from polyethylene terephthalate (PET) and polyethylene naphthalate (PEN) by using a compacting tool comprising a die having a cavity and a punch having an outer surface corresponding to the cavity, wherein the process comprises the steps of: a) placing particles of the polymer in the cavity of the die which has been heated to a compaction temperature, wherein the polymer has an intrinsic viscosity of at least 0.45 dL/g and the particles have an average particle size of 0.5-4000 μm, b) pressing the particles in the heated die cavity at a pressure of at least 25 MPa while maintaining the temperature of the die at the compaction temperature to form the shaped part and c) removing the shaped part from the die cavity, wherein when the polymer is PET, the compaction temperature is 235-259 °C and wherein when the polymer is PEN, the compaction temperature is 250-275 °C. a) placing particles of the polymer in the cavity of the die which has been heated to a compaction temperature, wherein the polymer has an intrinsic viscosity of at least 0.45 dL/g and the particles have an average particle size of 0.5-4000 μm, b) pressing the particles in the heated die cavity at a pressure of at least 25 MPa while maintaining the temperature of the die at the compaction temperature to form the shaped part and c) removing the shaped part from the die cavity,
A fuel igniter assembly for use in a combustor, said fuel igniter assembly comprising: an igniter housing comprising an elongate body having a cavity defined therein; a fuel igniter positioned within said cavity; an ignition lead electrically coupled to said fuel igniter at a connection point within said igniter housing; characterized by : a heat-dissipating element coupled to said igniter housing such that said heat-dissipating element at least partially surrounds the connection point between said ignition lead and said fuel igniter ; and a shroud that defines an airflow channel between the igniter housing and the shroud , wherein the heat-dissipating element is included within the shroud . an igniter housing comprising an elongate body having a cavity defined therein; a fuel igniter positioned within said cavity; an ignition lead electrically coupled to said fuel igniter at a connection point within said igniter housing; a heat-dissipating element coupled to said igniter housing such that said heat-dissipating element at least partially surrounds the connection point between said ignition lead and said fuel igniter ; and a shroud that defines an airflow channel between the igniter housing and the shroud , wherein the heat-dissipating element is included within the shroud .
An information processing device comprising: a processing unit configured to: extract screen definition information of a business form from a screen definition information describing unit , wherein the screen definition information includes an equipment descriptor and wherein the equipment descriptor is associated with an input field in the business form; search for an equipment indicated by the equipment descriptor ; discover the equipment to be coupled to the information processing device, based on the equipment descriptor , wherein the equipment is located around the information processing device ; couple the discovered equipment to the information processing device ; acquire data from the equipment ; and insert, into the input field, the data acquired from the equipment . extract screen definition information of a business form from a screen definition information describing unit , wherein the screen definition information includes an equipment descriptor and wherein the equipment descriptor is associated with an input field in the business form; search for an equipment indicated by the equipment descriptor ; discover the equipment to be coupled to the information processing device, based on the equipment descriptor , wherein the equipment is located around the information processing device ; couple the discovered equipment to the information processing device ; acquire data from the equipment ; and insert, into the input field, the data acquired from the equipment .
Fastening arrangement, comprising an anchor which comprises, in a front region , an anchor region for anchoring the anchor in a hole in a substrate and, in a rear region , a load-receiving device for introducing a tensile force, characterized in that a sensor is provided for measuring a distance of the front region from a reference position of the substrate .
A combination of a fluid component (140; 360) and a connector that can be non-removably joined to the component (140; 360), wherein the fluid component has a stepped through-bore with an open end , axially spaced shoulders which reduce the internal diameter of the bore from a first largest diameter nearest the open end to a second intermediate diameter and a third smaller diameter farthest from the open end , and the connector comprises a connector body having a through-bore and a lead end with a circumferential recess extending radially inward toward the axis of the connector body to define a leading edge with a diameter that is smaller than the first largest diameter but greater than the intermediate diameter, axially followed by a major diameter exterior surface that fits within said first largest diameter of the component such that forcible axial entry of the connector body into the open end of the component bore causes inelastic displacement of component material, which is softer than the material of the connector , into the circumferential recess , wherein the displaced material portion is confined within the interior surfaces of the circumferential recess in the connector body to form a clinch connection which firmly and non-removably mechanically attaches the connector body to the component by an interference joint formed of solid inseparable material, thereby to prevent withdrawal of the connector from the component bore.
An apparatus comprising: a display device having an active area and an integral linear polarizer located over the active area ; a quarter wave retarder located over the integral I linear polarizer ; and a lens device comprising: a lens substantially aligned with and located external to the display , a lens border having a lens border color substantially matching an active area color of the active area of the display device when the display device is off, and a circular polarizer located proximate to the lens border between the lens and the quarter wave retarder , the circular polarizer being substantially aligned with the display device ; wherein the circular polarizer is configured to circularly polarize, in a first direction, ambient light entering the apparatus, and to prevent light, circularly polarized in a second direction opposed to the first direction, from passing outwardly through the circular polarizer , and wherein the quarter wave retarder is configured to circularly polarize, according to said first direction, display light emitted from the integral linear polarizer . a display device having an active area and an integral linear polarizer located over the active area ; a quarter wave retarder located over the integral I linear polarizer ; and a lens device comprising: a lens substantially aligned with and located external to the display , a lens border having a lens border color substantially matching an active area color of the active area of the display device when the display device is off, and a circular polarizer located proximate to the lens border between the lens and the quarter wave retarder , the circular polarizer being substantially aligned with the display device ; a lens substantially aligned with and located external to the display , a lens border having a lens border color substantially matching an active area color of the active area of the display device when the display device is off, and a circular polarizer located proximate to the lens border between the lens and the quarter wave retarder , the circular polarizer being substantially aligned with the display device ; wherein the circular polarizer is configured to circularly polarize, in a first direction, ambient light entering the apparatus, and to prevent light, circularly polarized in a second direction opposed to the first direction, from passing outwardly through the circular polarizer , and wherein the quarter wave retarder is configured to circularly polarize, according to said first direction, display light emitted from the integral linear polarizer .