mhurhangee/patent-ind-claim-en huggingface dataset:
A positioning tool for an endoscopic inspection means for inspecting a manifold casing of an aircraft turbine engine , this manifold casing comprising an annular wall with an axis A of revolution which comprises through orifices and which is surrounded by an annular manifold comprising at least one gas passage port opening into an annular cavity delimited between the manifold and said wall, the tool comprising : - a centring device configured to be engaged in said port and comprising a distal end configured to bear against said wall, and a proximal end configured to be held securely on an opening of said port, and - at least one mask configured to be engaged in said port and to be positioned and fastened on said centring device, this mask comprising a window (30, 30', 30") for endoscopic inspection of a zone (Z) to be inspected inside said port and/or said cavity, characterized in that said centring device comprises at his distal end a bearing pad . - a centring device configured to be engaged in said port and comprising a distal end configured to bear against said wall, and a proximal end configured to be held securely on an opening of said port, and - at least one mask configured to be engaged in said port and to be positioned and fastened on said centring device, this mask comprising a window (30, 30', 30") for endoscopic inspection of a zone (Z) to be inspected inside said port and/or said cavity,
A gas turbine engine for an aircraft, the gas turbine engine having a principal rotational axis and comprising: a fan located upstream of an engine core , the fan comprising a plurality of fan blade and having a fan diameter ; the engine core comprising: a compressor system with compressor blades comprising respective aerofoils, the compressor system comprising a first, lower pressure, compressor , and a second, higher pressure, compressor ; and an outer core casing surrounding the compressor system and characterised by : a first flange connection arranged to allow separation of the outer core casing into different portions at an axial position of the first flange connection , the first flange connection having a first flange radius defined as the radial distance between the rotational axis and a flange connector of the flange connection , wherein the first flange connection is the first flange connection that is downstream of an axial position defined by the axial midpoint between the mid-span axial location on the trailing edge of the most downstream aerofoil of the first compressor and the mid-span axial location on the leading edge of the most upstream aerofoil of the second compressor ; and wherein a fan diameter ratio of: first flange radius 104 fan diameter 112 is equal to or greater than 0.125. a compressor system with compressor blades comprising respective aerofoils, the compressor system comprising a first, lower pressure, compressor , and a second, higher pressure, compressor ; and an outer core casing surrounding the compressor system and characterised by : a first flange connection arranged to allow separation of the outer core casing into different portions at an axial position of the first flange connection , the first flange connection having a first flange radius defined as the radial distance between the rotational axis and a flange connector of the flange connection , wherein the first flange connection is the first flange connection that is downstream of an axial position defined by the axial midpoint between the mid-span axial location on the trailing edge of the most downstream aerofoil of the first compressor and the mid-span axial location on the leading edge of the most upstream aerofoil of the second compressor ; and wherein a fan diameter ratio of: first flange radius 104 fan diameter 112 is equal to or greater than 0.125.
A method performed by an infotainment management system for managing infotainment functionality of an infotainment system of a vehicle to which a nomadic device is connected, said method comprising: displaying , on a touch sensitive display associated with said infotainment system , one or several category user-interface objects associated with respective infotainment functionality categories; characterized in that the method further comprises: displaying , on said touch sensitive display , one or several linking user-interface objects simultaneously with at least one of said one or several category user-interface objects , wherein the one or several linking user-interface objects are linking to one or several user application programs hosted on said nomadic device , wherein the user application programs are supported by said infotainment system ; determining selection detection of a selected linking object out of said linking objects for invoking a selected user application program hosted on said nomadic device ; and displaying a portion of visual output associated with said selected user application program running on said nomadic device , on an additional display of said vehicle positioned in front of a driver of said vehicle . displaying , on a touch sensitive display associated with said infotainment system , one or several category user-interface objects associated with respective infotainment functionality categories; characterized in that the method further comprises: displaying , on said touch sensitive display , one or several linking user-interface objects simultaneously with at least one of said one or several category user-interface objects , wherein the one or several linking user-interface objects are linking to one or several user application programs hosted on said nomadic device , wherein the user application programs are supported by said infotainment system ; determining selection detection of a selected linking object out of said linking objects for invoking a selected user application program hosted on said nomadic device ; and displaying a portion of visual output associated with said selected user application program running on said nomadic device , on an additional display of said vehicle positioned in front of a driver of said vehicle . displaying , on said touch sensitive display , one or several linking user-interface objects simultaneously with at least one of said one or several category user-interface objects , wherein the one or several linking user-interface objects are linking to one or several user application programs hosted on said nomadic device , wherein the user application programs are supported by said infotainment system ; determining selection detection of a selected linking object out of said linking objects for invoking a selected user application program hosted on said nomadic device ; and displaying a portion of visual output associated with said selected user application program running on said nomadic device , on an additional display of said vehicle positioned in front of a driver of said vehicle .
A method for processing photovoltaic modules , comprising at least the following steps: - supplying the photovoltaic module to at least one crushing device and crushing the photovoltaic module ; - dividing the ground material obtained by means of the crushing device into at least three differently sized grain fractions; - recycling a coarse grain fraction to the crushing device for further crushing; characterized by - transferring a medium grain fraction to a first separating device for the separation of conducting and non-conducting materials of the ground material; - transferring a fine grain fraction to a drying device and drying the fine grain fraction; and - transferring the dried fine grain fraction to the first separating device or a further separating device for the separation of conducting and non-conducting materials of the ground material. - supplying the photovoltaic module to at least one crushing device and crushing the photovoltaic module ; - dividing the ground material obtained by means of the crushing device into at least three differently sized grain fractions; - recycling a coarse grain fraction to the crushing device for further crushing; characterized by - transferring a medium grain fraction to a first separating device for the separation of conducting and non-conducting materials of the ground material; - transferring a fine grain fraction to a drying device and drying the fine grain fraction; and - transferring the dried fine grain fraction to the first separating device or a further separating device for the separation of conducting and non-conducting materials of the ground material.
Air compressor including an air storage container , a motor , a main frame for mounting the motor and a cylinder fitted with a piston body , wherein the motor is capable of driving the piston body to conduct reciprocating motion to produce in the cylinder compressed air which then enters an air storage container via a plurality of exit holes defined at a top wall of the cylinder , and the exit holes are regulated by a control mechanism to be opened or closed, characterized in that the top wall of the cylinder is provided with a plurality of air blocking walls , wherein the air blocking walls are cylindrical walls respectively surrounding the exit holes and extending upwardly from the top wall and serve for isolating the exit holes from each other at a certain extent, wherein the control mechanism includes a plurality of plugs and a plurality of compression springs corresponding to the exit holes , the plugs being fitted into the air blocking walls and urged by the compression springs to seal the exit holes respectively, each of the plugs having an engagement surface sufficient for covering one of the exit holes ; whereby when the compressed air is produced in the cylinder causing the control mechanism to open the exit holes , the instantaneous high-pressure air that flows through the exit holes can be restrained by the air blocking walls to prevent the air from interfering with operation of the control mechanism, so that the piston body can conduct reciprocating motion more smoothly and thus the performance of the air compressor can be increased.
A motor vehicle structure with two side underside spars , each of said spars comprising: - an interior profile; and - an outer profile , with a U-shaped cross section, extending from a middle foot to a rear foot and attached to the inner profile ; characterized in that the structure further comprises, for each of the two longitudinal members : - a force transmission profile from the corresponding rear wheel in the event of a rear impact, said profile being arranged at the rear foot in the extension of the outer profile and configured to enter the U-section of the outer profile in the event of a rear impact. - an interior profile; and - an outer profile , with a U-shaped cross section, extending from a middle foot to a rear foot and attached to the inner profile ; - a force transmission profile from the corresponding rear wheel in the event of a rear impact, said profile being arranged at the rear foot in the extension of the outer profile and configured to enter the U-section of the outer profile in the event of a rear impact.
A process for use in a transport refrigeration unit having a compressor , a condenser , an evaporator , an economizer , a second expansion valve coupled between the economizer and the compressor , and a controller , and a first expansion valve upstream of the evaporator , the process comprising: detecting a capacity increase mode transition for the economizer and adaptively controlling an injection flow rate for the economizer during at least a portion of the capacity increase mode transition in response to one of available pressure, available power or available current to the transport refrigeration unit, where the adaptively controlling comprises selectively operating the second expansion valve through a transition from a first flow rate to a second higher flow rate using system conditions to control a rate of transition from the first flow rate to the second higher flow rate responsive to the capacity increase mode transition, where the system conditions set a prescribed time period for the transition, where the first flow rate is a non-zero injection flow rate less than 100%, the second flow rate is 100% injection flow rate, and the prescribed time period is greater than ten seconds. detecting a capacity increase mode transition for the economizer and adaptively controlling an injection flow rate for the economizer during at least a portion of the capacity increase mode transition in response to one of available pressure, available power or available current to the transport refrigeration unit, where the adaptively controlling comprises selectively operating the second expansion valve through a transition from a first flow rate to a second higher flow rate using system conditions to control a rate of transition from the first flow rate to the second higher flow rate responsive to the capacity increase mode transition, where the system conditions set a prescribed time period for the transition, where the first flow rate is a non-zero injection flow rate less than 100%, the second flow rate is 100% injection flow rate, and the prescribed time period is greater than ten seconds.
Process for producing a cellulose pulp from cellulosic feedstock characterized by comprising the steps of: a) treating the cellulosic feedstock through a chemical or semi-chemical pulping process to produce a brown cellulose pulp (BP); b) bleaching the brown cellulose pulp through a bleaching sequence to obtain a white slurry pulp; c) adding a carbohydrate-based polymer (B) to the white slurry pulp, wherein the carbohydrate-based polymer (B) is selected from the group consisting of starch, carboxymethylcellulose and guar gum, and wherein the dosage of said polymer ranges from 2 to 12 kg/ton of cellulose pulp; d) adding an enzyme or enzyme mixture to the white slurry pulp with the carbohydrate-based polymer (B), wherein the addition of the enzyme (E) or enzyme mixture takes place according to the following conditions: i. reaction temperature between 40 and 90°C; ii. reaction pH between 3.0 and 9.0; iii. reaction time between 10 and 300 minutes; iv. enzyme amount between 10 g of EZ and 200 g of EZ per ton of cellulose; e) conveying the white slurry pulp with the carbohydrate-based polymer (B) to and through the reaction tower before the drying machine (TMCB); and f) drying (S) the white slurry pulp with the carbohydrate-based polymer (B) to obtain the cellulose pulp (CL). a) treating the cellulosic feedstock through a chemical or semi-chemical pulping process to produce a brown cellulose pulp (BP); b) bleaching the brown cellulose pulp through a bleaching sequence to obtain a white slurry pulp; c) adding a carbohydrate-based polymer (B) to the white slurry pulp, wherein the carbohydrate-based polymer (B) is selected from the group consisting of starch, carboxymethylcellulose and guar gum, and wherein the dosage of said polymer ranges from 2 to 12 kg/ton of cellulose pulp; d) adding an enzyme or enzyme mixture to the white slurry pulp with the carbohydrate-based polymer (B), wherein the addition of the enzyme (E) or enzyme mixture takes place according to the following conditions: i. reaction temperature between 40 and 90°C; ii. reaction pH between 3.0 and 9.0; iii. reaction time between 10 and 300 minutes; iv. enzyme amount between 10 g of EZ and 200 g of EZ per ton of cellulose; i. reaction temperature between 40 and 90°C; ii. reaction pH between 3.0 and 9.0; iii. reaction time between 10 and 300 minutes; iv. enzyme amount between 10 g of EZ and 200 g of EZ per ton of cellulose; e) conveying the white slurry pulp with the carbohydrate-based polymer (B) to and through the reaction tower before the drying machine (TMCB); and f) drying (S) the white slurry pulp with the carbohydrate-based polymer (B) to obtain the cellulose pulp (CL).
A sensor for sensing a pressure associated with a fluid comprising: a port body including: a distal end defining an axial passage for receiving the fluid; and a first sidewall extending from the distal end and terminating in a proximal crimp portion defining an opening; an electrical connector including a shoulder extending through the opening with a flexible flange within the port body, the electrical connector and port body defining an interior for a plurality of components; and a support ring in the interior, the support ring having an upper surface with a radially inward ledge that acts as a stop for the shoulder, wherein the shoulder is seated within the radially inward ledge and sets a gap between the upper surface and the flexible flange; wherein the proximal crimp portion is crimped down on the flexible flange to form an upper seal. a port body including: a distal end defining an axial passage for receiving the fluid; and a first sidewall extending from the distal end and terminating in a proximal crimp portion defining an opening; an electrical connector including a shoulder extending through the opening with a flexible flange within the port body, the electrical connector and port body defining an interior for a plurality of components; and a support ring in the interior, the support ring having an upper surface with a radially inward ledge that acts as a stop for the shoulder, wherein the shoulder is seated within the radially inward ledge and sets a gap between the upper surface and the flexible flange; wherein the proximal crimp portion is crimped down on the flexible flange to form an upper seal.
Composite material comprising: - Boron nitride optionally carbon-doped BN(C) in the form of a continuous structure , such that the continuous BN(C) structure is a BN(C) foam; andA phase change material (PCM) incorporated in said continuous BN(C) structure , said PCM being selected from materials capable to involve a solid/solid phase or solid/liquid phase transition at constant temperature, said composite material comprising at least one face; and characterized in that said composite material, underneath all or part of said face, comprises a surface portion formed of the continuous BN(C) structure free of PCM . - Boron nitride optionally carbon-doped BN(C) in the form of a continuous structure , such that the continuous BN(C) structure is a BN(C) foam; andA phase change material (PCM) incorporated in said continuous BN(C) structure , said PCM being selected from materials capable to involve a solid/solid phase or solid/liquid phase transition at constant temperature,
A composition comprising cis -gnetin H for use as a medicament.
An air conditioner comprising: an ionizer to generate ions mounted on a vicinity of an air outlet; a carrier to move the ionizer; a vane driver to drive a vane which controls a direction of air being discharged; an input unit to set an operation mode among a plurality of operation modes; and a controller to control a position of the ionizer through the carrier, characterized in that the air conditioner further comprises a sensor to sense a position of a person; and the controller is configured to control the position of the ionizer interlocked with a direction of the vane, strength of the air being discharged by the air conditioner, or an ion generation rate of the ionizer, or is configured to control the position of the ionizer according to a mode select signal inputted through the input unit. an ionizer to generate ions mounted on a vicinity of an air outlet; a carrier to move the ionizer; a vane driver to drive a vane which controls a direction of air being discharged; an input unit to set an operation mode among a plurality of operation modes; and a controller to control a position of the ionizer through the carrier, characterized in that the air conditioner further comprises a sensor to sense a position of a person; and the controller is configured to control the position of the ionizer interlocked with a direction of the vane, strength of the air being discharged by the air conditioner, or an ion generation rate of the ionizer, or is configured to control the position of the ionizer according to a mode select signal inputted through the input unit.
A child seat retention device for a cargo bike box, comprising a main retaining element for attachment to the cargo bike box , a support element supporting the child seat , and a connecting element disposed between the support element and the main retaining element , characterized in that the main retaining element comprises at least one belt strap , wherein the at least one belt strap is firmly connected to the connecting element , wherein the connecting element is adjustable, in particular height-adjustable, for changing the position of the child seat , and wherein the position is changed by means of the at least one belt strap . a main retaining element for attachment to the cargo bike box , a support element supporting the child seat , and a connecting element disposed between the support element and the main retaining element , characterized in that the main retaining element comprises at least one belt strap , wherein the at least one belt strap is firmly connected to the connecting element , wherein the connecting element is adjustable, in particular height-adjustable, for changing the position of the child seat , and wherein the position is changed by means of the at least one belt strap .
A binder for manufacturing an inorganic sintered body containing a graft copolymer, the graft copolymer having a unit including polyvinyl butyral and a unit including a poly(meth)acrylic compound, the polyvinyl butyral having a polymerization degree of 800 to 5000, a hydroxy group content of 20 to 40 mol%, and a butyralization degree of 60 to 80 mol%, the unit including a poly(meth)acrylic compound having a glass transition temperature of 0 to 110°C, wherein an average glass transition temperature obtained by calculation using Equation is 20 to 80°C: Average glass transition temperature = Glass transition temperature of unit including polyvinyl butyral × Amount of unit including polyvinyl butyral in graft copolymer + Glass transition temperature of unit including poly meth acrylic compound × Amount of unit including poly meth acrylic compound in graft copolymer wherein the poly(meth)acrylic compound includes a (meth)acrylic compound containing 90% by weight or more of a methacrylic compound.