mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine including a segment of an annular guide vane assembly, in use of the engine the segment directing hot combustion gases onto rotor blades of the engine, the segment including a platform disposed at a side of the segment radially inward or outward with respect to the axis of rotation of the engine, the platform having a trailing edge portion downstream with respect to the flow of hot combustion gases through the segment, the trailing edge portion including a rail that extends radially inwardly or outwardly from the trailing edge portion, the engine also including a support and cooling arrangement for supporting the segment and directing a cooling fluid to cool the segment, the arrangement being located radially inward or outward of the platform, the arrangement including a flange part (37, 39) that extends radially outwardly or inwardly from the arrangement, the arrangement further includes a leaf seal and at least one retaining pin, characterised in that the at least one retaining pin extends through the leaf seal, the rail, and the flange part (37, 39), thereby (i) to secure the segment to the arrangement to determine the radial position of the segment, and (ii) to retain the leaf seal in a position to seal an interface between the rail and the flange part (37, 39) against the ingress of cooling fluid.
Device for processing, in particular, thermoplastic plastic material, for example polyester or polyethylene, with a receptacle or cutter-compactor into which the material to be processed can be introduced, wherein a discharge opening is provided in the lower region through which the processed material can be discharged from the receptacle into an extruder that is connected to the receptacle or cutter-compactor for compaction of the plastic material, wherein the receptacle is divided into at least two, in particular cylindrical, chambers (6a, 6b, 6c,...) that are mutually separated by a respective intermediate base (2', 2",...), wherein each chamber (6a, 6b, 6c,...) has at least one mixing or comminution tool (7a, 7b, 7c,...) acting on the material, wherein the tool is arranged to rotate in particular about a vertical axis (8, 14) and with which the material can be brought into a softened but permanently lumpy or particulate and non-molten state, and wherein means (5', 5",...) are provided which cause or permit an exchange or a transfer of the softened lumpy non-molten material between respective directly adjacent chambers (6a, 6b, 6c,...) characterized in that the means (5', 5",...) permits the exchange or transfer of material between the adjacent chambers (6a, 6b, 6c,...) from the uppermost chamber or from each relatively higher-lying chamber by passing completely through the respective side wall (4', 4",...) of each chamber (6a, 6b, 6c,...), as well as bypassing, or without passing through, the intermediate bases (2', 2",...), with a material flow connection to the chamber (6b, 6c,...).
A package comprising: a first wall panel; a second wall panel attached to one side of the first wall panel; a third wall panel attached to the first wall panel on the side of the first wall panel opposite the second wall panel; a blister carrier attached to a side of the second wall panel opposite the first wall panel, and folded over the first wall panel; a cover panel attached to a side of the third wall panel opposite the first wall panel and folded over the blister carrier; first and second end panels (14, 16) attached to opposed ends of the first wall panel; first and second closure flaps (18, 20) attached to the first and second end panels (14, 16) on a side opposite the first wall panel, and characterised in that the first and second closure flaps are folded over the exterior surface of the cover panel, each closure flap (18, 20) comprising a first portion fixedly adhered to the exterior surface of the cover panel and releasably attached to the adjacent end panel (14, 16) through a first frangible connection, and a second portion releasably attached to the exterior surface of the cover panel through a second frangible connection to the first portion of the closure flap (18, 20). a first wall panel; a second wall panel attached to one side of the first wall panel; a third wall panel attached to the first wall panel on the side of the first wall panel opposite the second wall panel; a blister carrier attached to a side of the second wall panel opposite the first wall panel, and folded over the first wall panel; a cover panel attached to a side of the third wall panel opposite the first wall panel and folded over the blister carrier; first and second end panels (14, 16) attached to opposed ends of the first wall panel; first and second closure flaps (18, 20) attached to the first and second end panels (14, 16) on a side opposite the first wall panel, and characterised in that the first and second closure flaps are folded over the exterior surface of the cover panel, each closure flap (18, 20) comprising a first portion fixedly adhered to the exterior surface of the cover panel and releasably attached to the adjacent end panel (14, 16) through a first frangible connection, and a second portion releasably attached to the exterior surface of the cover panel through a second frangible connection to the first portion of the closure flap (18, 20).
A circuit comprising: a first processing device including one or more first platform configuration registers storing one or more data values based on boot measurements relating to a boot sequence implemented by the first processing device; and a secure element including a second processing device and one or more second platform configuration registers, the first and second platform configuration registers (306, 308) being coupled together via a communications interface adapted to copy the one or more data values from the one or more first platform configuration registers to the one or more second platform configuration registers. a first processing device including one or more first platform configuration registers storing one or more data values based on boot measurements relating to a boot sequence implemented by the first processing device; and a secure element including a second processing device and one or more second platform configuration registers, the first and second platform configuration registers (306, 308) being coupled together via a communications interface adapted to copy the one or more data values from the one or more first platform configuration registers to the one or more second platform configuration registers.
Canopy for fruit plants, with a plurality of post rows and a wire or steel cable running transversely to the post rows, and with a film or a net and with a rod or a tube on which the film or net can be wound, and with at least one connecting means which connects the rod or tube to the wire or steel cable, characterized in that the at least one connecting means has a fixing element which can be pushed or pressed onto the rod or tube, and a clamping element which clamps the fixing element to the wire or steel cable.
A method for carrying out a multimedia communication based on a network protocol, especially TCP/IP and/or UDP, especially a video, audio and/or text chat, between an entirety of terminals arranged in a communication network, wherein a personalized user account in the form of a virtual subscriber profile is generated by at least one subscriber on a server or in a peer-to-peer network, wherein a setup of the multimedia communication occurs on each of the terminals via the setup of the virtual subscriber profile, characterized in that a mode of a subscriber selection preceding the communication, a communication type and/or a number of communication links to one of the terminals and/or the type of data transmission employed for the communication are freely defined via the subscriber profile, wherein the subscriber selection mode includes a random process for setting up a communication link between a selecting terminal of a first subscriber profile to at least another terminal of a random subscriber profile, and an activatable polling process for establishing a communication link between the selecting terminal of the first subscriber profile to at least one further terminal of a subscriber profile stored in a selection list, wherein said subscribers form an open or closed subscriber subpool and the subscribers form a total quantity that can be divided into several subsets, wherein the subscribers and contacts to other subscribers can be classified randomly by entries in the subscriber profile, and as a result of the classifications a number of subpools that can be distinguished by the type of communication can be formed as subsets of a main pool.
A control method of an air conditioner, comprising: performing a cooling operation until a discomfort index of an air conditioning space reaches a target discomfort index, characterized in that it comprises the steps of: when the discomfort index has reached the target discomfort index, confirming a temperature band of the air conditioning space; and adjusting the target discomfort index according to the temperature band of the air conditioning space to control the cooling operation. performing a cooling operation until a discomfort index of an air conditioning space reaches a target discomfort index, characterized in that it comprises the steps of: when the discomfort index has reached the target discomfort index, confirming a temperature band of the air conditioning space; and adjusting the target discomfort index according to the temperature band of the air conditioning space to control the cooling operation. when the discomfort index has reached the target discomfort index, confirming a temperature band of the air conditioning space; and adjusting the target discomfort index according to the temperature band of the air conditioning space to control the cooling operation.
Process for the preparation of linear saturated alkanes from primary alcohols whose C chain contains one carbon atom more than the alkane by reductive dehydroxymethylation of the primary alcohols in the presence of hydrogen and a nickel-containing catalyst at temperatures of 100 to 300°C and pressures of 2 to 300 bar, with water formed during the reaction being removed, characterized in that fatty alcohols having 8 to 24 carbon atoms are selected as primary alcohols and the catalyst is added in amounts of 0.1 to 3% by weight.
An apparatus for cooling a heat generating component of a vehicle, comprising: a first loop comprising a component heat exchanger and a chiller module; a second loop comprising a heater module and a cabin heat exchanger; a first pump having an inlet attached to the heat exchanger configured to receive coolant from the heat exchanger characterised in that a valve located in the first pump is configured to switch between a chiller mode and a recirculation mode, the first pump pumping the coolant from the inlet to the first loop in the chiller mode or between the inlet and the second loop in the recirculation mode; and a first temperature sensor installed on the first pump inlet that measures the temperature of the coolant entering the first pump. a first loop comprising a component heat exchanger and a chiller module; a second loop comprising a heater module and a cabin heat exchanger; a first pump having an inlet attached to the heat exchanger configured to receive coolant from the heat exchanger characterised in that a valve located in the first pump is configured to switch between a chiller mode and a recirculation mode, the first pump pumping the coolant from the inlet to the first loop in the chiller mode or between the inlet and the second loop in the recirculation mode; and a first temperature sensor installed on the first pump inlet that measures the temperature of the coolant entering the first pump.
A screw compressor (1, 1B, 1C, 1D, 1E, 1F) comprising: a screw rotor configured to compress a gas due to rotation of the screw rotor about an axis of the screw rotor; and a casing housing the screw rotor rotatably and provided with a suction port for a gas, the casing being provided with a suction side space through which a gas flowing into the casing from the suction port and not yet sucked by the screw rotor flows, wherein the casing is provided with a heating fluid passage for introducing a heating fluid into the suction side space so as to heat oil staying in the suction side space, characterized in that the screw compressor further comprising a gas introducing path through which a compressed gas discharged from the screw compressor (1, 1B, 1C, 1D, 1E, 1F) is introduced into the heating fluid passage as the heating fluid, and the screw compressor further comprising a valve disposed in the gas introducing path and configured to control introduction of the heating fluid from the gas introducing path to the heating fluid passage. a screw rotor configured to compress a gas due to rotation of the screw rotor about an axis of the screw rotor; and a casing housing the screw rotor rotatably and provided with a suction port for a gas, the casing being provided with a suction side space through which a gas flowing into the casing from the suction port and not yet sucked by the screw rotor flows, wherein the casing is provided with a heating fluid passage for introducing a heating fluid into the suction side space so as to heat oil staying in the suction side space, characterized in that the screw compressor further comprising a gas introducing path through which a compressed gas discharged from the screw compressor (1, 1B, 1C, 1D, 1E, 1F) is introduced into the heating fluid passage as the heating fluid, and the screw compressor further comprising a valve disposed in the gas introducing path and configured to control introduction of the heating fluid from the gas introducing path to the heating fluid passage.
A rigid phenolic insulating foam board comprising:- a rigid phenolic insulating foam body having first and second faces; a first facer of a substantially gas impermeable material applied to the first face of the insulating foam body; and a second facer of a substantially gas impermeable material applied to the second face of the insulating foam body, wherein both the first and the second facers are pre-perforated, characterized in, that the phenolic insulating foam board has an aged thermal conductivity of less than 0.02W/m.K. a rigid phenolic insulating foam body having first and second faces; a first facer of a substantially gas impermeable material applied to the first face of the insulating foam body; and a second facer of a substantially gas impermeable material applied to the second face of the insulating foam body, wherein both the first and the second facers are pre-perforated, characterized in, that the phenolic insulating foam board has an aged thermal conductivity of less than 0.02W/m.K.
Fixed or mobile device for gasifying pure substances, natural or synthetic, homogeneous heterogeneous and colloidal systems, with oxygen-ozone mixtures at different concentrations, for different times, controlled temperature and pressure resulting in the formation of ozonides stable in their reaction products, comprising an oxygen source which can derive from a pure oxygen cylinder, an ozone generator, in turn comprising an ozonation cell suitable for generating ozone from oxygen by means of an electric discharge, controlled by a variable potentiometer and produced by electrodes and an electrical control and command panel of the ozonation cell, a reactor containing a matrix consisting of pure substances and/or homogeneous and/or heterogeneous or colloidal systems into which the generated oxygen-ozone mixture will be bubbled, by means of a mixing blade with applied stainless steel candles with 0.1 micron meshes for parceling the oxygen-ozone mixture, and suitable to be used under control of the reaction temperature at 35° C ± 5 and pressure of 0.5 bar ± 0.1, a refrigerator suitable for using a mixture composed by 70% water and 30% propylene glycol and connected through a closed circuit to the generator and to the reactor suitable to be used at an adjustable temperature from 0°C to 40°C, a fitting connecting the oxygen source to the ozone generator, from this to an ozone analyzer and from the latter to the reactor for the oxygen-ozone path said fitting being also suitable for connecting the cooling water path, from the refrigerator to the ozone generator and vice versa, and to the reactor and vice versa.
A computer-implemented medical method for radiation treatment planning for treating multiple brain metastases of a patient, the method comprising the following steps: - acquiring a first arc setup comprising a plurality of arcs, each arc being defined by a combination of a patient table angle, a gantry start angle and a gantry stop angle, - distributing a plurality of target volumes, which describe the brain metastases, to the arcs of the first arc setup thereby providing a packed first arc setup, - comparing said first packed arc setup with one or more predefined arc setup constraints, characterised in that: the one or more predefined arc setup constraints are selected from: the number of patient table angles per target volume, the number of passes, the sum of gantry span per metastasis over all arcs, the minimum table span, and the total number of patient table angles, and the method comprising the step of - automatically suggesting at least a second arc setup based on a result of the comparison. - acquiring a first arc setup comprising a plurality of arcs, each arc being defined by a combination of a patient table angle, a gantry start angle and a gantry stop angle, - distributing a plurality of target volumes, which describe the brain metastases, to the arcs of the first arc setup thereby providing a packed first arc setup, - comparing said first packed arc setup with one or more predefined arc setup constraints, characterised in that: the one or more predefined arc setup constraints are selected from: the number of patient table angles per target volume, the number of passes, the sum of gantry span per metastasis over all arcs, the minimum table span, and the total number of patient table angles, and the method comprising the step of - automatically suggesting at least a second arc setup based on a result of the comparison.
Personal care compositions for oral care use comprising (a) a flavor composition comprising one or more non-menthol coolant(s) selected from menthone glycerol acetal, N-(4-cyanomethylphenyl)-p-menthanecarboxamide and mixtures thereof, (b) a calcium ion source selected from calcium halides, calcium nitrate, calcium nitrite, calcium phosphate, calcium pyrophosphate, calcium polyphosphate, calcium sulfate, calcium carbonate, calcium hypochlorite, calcium formate, calcium acetate, calcium citrate, calcium lactate, calcium maleate, calcium gluconate, calcium tartrate, calcium glycerophosphate, calcium butyrate, calcium isobutyrate, calcium oxalate, calcium peptide, calcium phosphopeptide, calcium oxides or calcium hydroxides, wherein the calcium to coolant ratio is at least 0.5 to 1 and (c) an orally-acceptable carrier. (a) a flavor composition comprising one or more non-menthol coolant(s) selected from menthone glycerol acetal, N-(4-cyanomethylphenyl)-p-menthanecarboxamide and mixtures thereof, (b) a calcium ion source selected from calcium halides, calcium nitrate, calcium nitrite, calcium phosphate, calcium pyrophosphate, calcium polyphosphate, calcium sulfate, calcium carbonate, calcium hypochlorite, calcium formate, calcium acetate, calcium citrate, calcium lactate, calcium maleate, calcium gluconate, calcium tartrate, calcium glycerophosphate, calcium butyrate, calcium isobutyrate, calcium oxalate, calcium peptide, calcium phosphopeptide, calcium oxides or calcium hydroxides, wherein the calcium to coolant ratio is at least 0.5 to 1 and (c) an orally-acceptable carrier.
Surface temperature-control system for cooling or heating ceilings, walls or floors of a building, having an installation board in which first pipe routing ducts, having a first diameter, and second pipe routing ducts, having a second diameter differing from the first diameter, are incorporated, wherein the first pipe routing ducts are configured for receiving pipes having a first pipe diameter, and the second pipe routing ducts are configured for receiving pipes having a second pipe diameter differing from the first pipe diameter; characterized in that - a thermally conducting fastening board is provided, having a duct which has a first internal diameter for receiving pipes having the first pipe diameter, or a second internal diameter for receiving pipes having the second pipe diameter, wherein the fastening board is connectable to the installation board by securing a wall of the duct in a first pipe routing duct or in a second pipe routing duct; and - a flexible receptacle element is arranged in the duct of the fastening board and adapted so as to secure pipes of two different pipe diameters to the fastening board within the duct. - a thermally conducting fastening board is provided, having a duct which has a first internal diameter for receiving pipes having the first pipe diameter, or a second internal diameter for receiving pipes having the second pipe diameter, wherein the fastening board is connectable to the installation board by securing a wall of the duct in a first pipe routing duct or in a second pipe routing duct; and - a flexible receptacle element is arranged in the duct of the fastening board and adapted so as to secure pipes of two different pipe diameters to the fastening board within the duct.
A DC/DC converter with an output current (I out) which is periodically variable over time at an oscillation frequency, comprising a control network, which generates a variable reference signal (RefI) for the input current (I in), said reference signal (RefI) being obtained from the difference between the output voltage (V out) of said converter and a reference voltage (V ref), wherein said reference signal (RefI) causes a variation in the duty cycle of the converter in order to compensate for the variation in the output voltage (V out) resulting from a variation in the output current (I out); characterised in that said reference signal (RefI) is substantially smoothed by eliminating therefrom or substantially reducing a ripple at said oscillation frequency such as to keep the value of the input current (I in) of the converter substantially smoothed, independently of the cyclical variation in the current absorbed by the load at said oscillation frequency.