mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft propulsion system (100; 200; 300; 500) comprising a gas turbine engine (140; 240; 340; 540) arranged to provide propulsive thrust, a condenser (158; 258; 358; 558) and a fuel cell system (152; 252; 352; 552) having an air input port (155; 255; 355; 555) and an output port (157; 257; 357; 557), the aircraft propulsion system being configured such that in operation thereof (i) air from a compressor (112; 212; 312; 512) of the gas turbine engine is provided to the air input port (155; 255; 355; 555); (ii) gaseous output comprising water vapour is provided from the output port to the condenser, the condenser being arranged to condense water vapour in the gaseous output to produce liquid water; and (iii) a first portion of the liquid water from the condenser is provided to a combustor (114; 214; 314; 514) of the gas turbine engine to effect cooling of the combustor, whereby the fuel cell system is a PEM fuel cell system and characterised in that the aircraft propulsion system further comprises a humidifier (166; 266; 366; 566) arranged to receive a second portion of the liquid water produced by the condenser and to humidify the air from the compressor using the second portion prior to input of the air to the air input of the PEM fuel cell system. (i) air from a compressor (112; 212; 312; 512) of the gas turbine engine is provided to the air input port (155; 255; 355; 555); (ii) gaseous output comprising water vapour is provided from the output port to the condenser, the condenser being arranged to condense water vapour in the gaseous output to produce liquid water; and (iii) a first portion of the liquid water from the condenser is provided to a combustor (114; 214; 314; 514) of the gas turbine engine to effect cooling of the combustor,
Operator control apparatus for an electronic domestic appliance, including: an operator control unit detection device for detecting a mobile operator control unit in the vicinity of the operator control apparatus , which operator control unit detection device has a communication interface for a radio connection to the mobile operator control unit , wherein the operator control unit detection device carries out a pairing operation between the operator control apparatus and the detected mobile operator control unit ; a gesture detection device for detecting gestures performed by the mobile operator control unit ; and a control device which is connected to the operator control unit detection device and the gesture detection device and is intended to control the electronic domestic appliance as a function of the gestures of the mobile operator control unit which are detected by the gesture detection device , characterized in that the gesture detection device is configured to detect and recognize gestures of the mobile operator control unit independently of the pairing operation within a gesture monitoring space ; and the control device is configured to activate the gesture detection device after a pairing has been established between the operator control apparatus and the mobile operator control unit by the operator control unit detection device . an operator control unit detection device for detecting a mobile operator control unit in the vicinity of the operator control apparatus , which operator control unit detection device has a communication interface for a radio connection to the mobile operator control unit , wherein the operator control unit detection device carries out a pairing operation between the operator control apparatus and the detected mobile operator control unit ; a gesture detection device for detecting gestures performed by the mobile operator control unit ; and a control device which is connected to the operator control unit detection device and the gesture detection device and is intended to control the electronic domestic appliance as a function of the gestures of the mobile operator control unit which are detected by the gesture detection device , characterized in that the gesture detection device is configured to detect and recognize gestures of the mobile operator control unit independently of the pairing operation within a gesture monitoring space ; and the control device is configured to activate the gesture detection device after a pairing has been established between the operator control apparatus and the mobile operator control unit by the operator control unit detection device .
Method for joining at least one component to a second component without pre-formed hole(s) comprising the steps of: a. Providing a first and a second component , the first and the second components being at least partly positioned one on top of the other, the first component being made in a high-strength material; b. Providing a joining device and an auxiliary joining element ; c. Joining the first and second component together by means of the auxiliary joining element , wherein the auxiliary joining element is driven by the joining device toward the first component along a joining axis , the auxiliary joining element firstly passing through the first component in the region of a joining area without pre-formed hole and then reaching the second component in the region of a joining area without pre-formed hole, wherein prior to the joining, the first component in the region of the joining area is heat-treated , in such a way that a heat-affected zone is formed on the joining area of the first component , and wherein the first component is heated in such a way that a strength of the first component in the heat-affected zone is reduced, characterized in that the first component in the region of the joining area is heat-treated via an electric arc , which is formed between the first component on the one hand and an electrode provided on the joining device on the other hand. a. Providing a first and a second component , the first and the second components being at least partly positioned one on top of the other, the first component being made in a high-strength material; b. Providing a joining device and an auxiliary joining element ; c. Joining the first and second component together by means of the auxiliary joining element , wherein the auxiliary joining element is driven by the joining device toward the first component along a joining axis , the auxiliary joining element firstly passing through the first component in the region of a joining area without pre-formed hole and then reaching the second component in the region of a joining area without pre-formed hole,
A surface-treated metal sheet for adhesion to polyolefin comprising: a metal sheet; and a resin layer provided on at least one surface of the metal sheet, wherein the resin layer contains an acid-modified polyolefin, the acid-modified polyolefin contains a first acid-modified polyolefin having an acid value of 4 to 5 mgKOH/g and a second acid-modified polyolefin having an acid value of 20 mgKOH/g or more and a melting point of higher than 90°C, wherein the acid value of the first and the second acid-modified polyolefin is measured by a potentiometric titration method prescribed in DIN EN ISO 2114, and a difference between a melting point of the first acid-modified polyolefin and the melting point of the second acid-modified polyolefin is 0°C or more and less than 40°C. a metal sheet; and a resin layer provided on at least one surface of the metal sheet, wherein the resin layer contains an acid-modified polyolefin, the acid-modified polyolefin contains a first acid-modified polyolefin having an acid value of 4 to 5 mgKOH/g and a second acid-modified polyolefin having an acid value of 20 mgKOH/g or more and a melting point of higher than 90°C, wherein the acid value of the first and the second acid-modified polyolefin is measured by a potentiometric titration method prescribed in DIN EN ISO 2114, and a difference between a melting point of the first acid-modified polyolefin and the melting point of the second acid-modified polyolefin is 0°C or more and less than 40°C.
Device for monitoring for bearing capacity failure for a mobile work machine , - wherein the work machine has a number of stabilizers , - wherein each stabilizer has a support foot with a support foot plate , wherein in a supported state of the mobile work machine the support foot plate of at least one support foot is arranged on an underlying surface surrounding the work machine or is arranged on a baseplate , wherein the device for monitoring for bearing capacity failure has: - a number of sensors for sensing a change in position in the form of tilting, inclination or rotation about one or more axes of rotation of at least one support foot plate and/or at least one baseplate , and - an evaluation unit which has a data connection to the number of sensors and which is designed to detect bearing capacity failure on the basis of a change in position, sensed by means of the number of sensors , of the at least one support foot plate and/or the at least one baseplate in a supported state. - wherein the work machine has a number of stabilizers , - wherein each stabilizer has a support foot with a support foot plate , wherein in a supported state of the mobile work machine the support foot plate of at least one support foot is arranged on an underlying surface surrounding the work machine or is arranged on a baseplate , - a number of sensors for sensing a change in position in the form of tilting, inclination or rotation about one or more axes of rotation of at least one support foot plate and/or at least one baseplate , and - an evaluation unit which has a data connection to the number of sensors and which is designed to detect bearing capacity failure on the basis of a change in position, sensed by means of the number of sensors , of the at least one support foot plate and/or the at least one baseplate in a supported state.
A radio resource control, RRC, layer connection method in a terminal of a wireless communication system, the method comprising: receiving an RRC connection release message from a base station, the RRC connection release message including RACHless operation information list indicative of dispensing with at least a part of the RACH procedure; storing a timing advance value acquired through a RACH procedure for establishing an RRC layer connection with the base station; receiving periodically an uplink resource allocation message indicating uplink resources allocated to the terminal from the base station after releasing the RRC layer connection with the base station; and transmitting an RRC layer connection request message based on the stored timing advance value after the terminal received the RRC connection release message and the allocated uplink resources, wherein the RRC layer connection request message is transmitted without transmitting an RA preamble message according to the RACHless operation information list if the RRC layer connection with the base station is determined. receiving an RRC connection release message from a base station, the RRC connection release message including RACHless operation information list indicative of dispensing with at least a part of the RACH procedure; storing a timing advance value acquired through a RACH procedure for establishing an RRC layer connection with the base station; receiving periodically an uplink resource allocation message indicating uplink resources allocated to the terminal from the base station after releasing the RRC layer connection with the base station; and transmitting an RRC layer connection request message based on the stored timing advance value after the terminal received the RRC connection release message and the allocated uplink resources, wherein the RRC layer connection request message is transmitted without transmitting an RA preamble message according to the RACHless operation information list if the RRC layer connection with the base station is determined.
A sandwich component composed of at least two building material plates which are arranged essentially parallel to one another at a distance from one another and have a polyurethane foam core between the spaced building material plates, wherein the ratio of the greatest measured compressive modulus of the polyurethane foam core in a direction oriented parallel to the building material plates to the compressive modulus of the polyurethane foam core in a direction oriented perpendicular to the building material plates is less than 1.7, wherein the compressive modulus is measured according to the description, and the foam core is obtainable by compaction of the foam in the range from 1.1 to 2.5, where the compaction is the ratio of the density of the foam in the hollow space divided by the density of the free-foamed foam body.
A vacuum pump comprising: a housing in which an inlet port or an outlet port are formed; a rotating shaft that is enclosed in the housing and supported rotatably; a rotor blade that is provided on the rotating shaft ; a stator blade that is disposed concentrically with the rotor blade and axially opposes the rotor blade with a gap therebetween; and a connected thread groove spacer fixed to the housing , the connected thread groove spacer has a structure that connects a Siegbahn portion and a thread groove portion, wherein the thread groove portion, which is an exhaust element, is structured such that a Siegbahn structure is attached onto the thread groove portion, and such that respective portions are connected to each other at this attachment section so that a flow channel of the Siegbahn portion and a flow channel of the thread groove portion are connected to each other so as to substantially form a right angle when viewed in axial cross section of the vacuum pump, wherein the Siegbahn portion has a disc shape and in which a spiral groove with a spiral ridge portion and a spiral root portion is engraved, and wherein the thread groove portion has a cylindrical shape and in which a thread groove with a thread ridge portion and a thread root portion is formed, the thread groove portion being connected to the Siegbahn portion. a housing in which an inlet port or an outlet port are formed; a rotating shaft that is enclosed in the housing and supported rotatably; a rotor blade that is provided on the rotating shaft ; a stator blade that is disposed concentrically with the rotor blade and axially opposes the rotor blade with a gap therebetween; and a connected thread groove spacer fixed to the housing , the connected thread groove spacer has a structure that connects a Siegbahn portion and a thread groove portion, wherein the thread groove portion, which is an exhaust element, is structured such that a Siegbahn structure is attached onto the thread groove portion, and such that respective portions are connected to each other at this attachment section so that a flow channel of the Siegbahn portion and a flow channel of the thread groove portion are connected to each other so as to substantially form a right angle when viewed in axial cross section of the vacuum pump, wherein the Siegbahn portion has a disc shape and in which a spiral groove with a spiral ridge portion and a spiral root portion is engraved, and wherein the thread groove portion has a cylindrical shape and in which a thread groove with a thread ridge portion and a thread root portion is formed, the thread groove portion being connected to the Siegbahn portion.
A method for increasing press-on force of a seal in a pipe sleeve , - wherein the pipe sleeve comprises two rigid rings , which are connected above an outwardly exposed, elastic intermediate ring and an inwardly projecting seal is arranged at the intermediate ring , - wherein the pipe sleeve is formed for inserting a tip end of a pipe and the pipe to be inserted is inserted above the first ring through the seal into the second ring , and - wherein the method comprises the following step: arranging an annular press-on force amplifier onto the outside of the intermediate ring to deform the intermediate ring inwardly. - wherein the pipe sleeve comprises two rigid rings , which are connected above an outwardly exposed, elastic intermediate ring and an inwardly projecting seal is arranged at the intermediate ring , - wherein the pipe sleeve is formed for inserting a tip end of a pipe and the pipe to be inserted is inserted above the first ring through the seal into the second ring , and - wherein the method comprises the following step: arranging an annular press-on force amplifier onto the outside of the intermediate ring to deform the intermediate ring inwardly.
A system for coordinating a cold planer and a paver , comprising: a first sensor configured to generate a first signal indicative of a position of the cold planer; a production monitoring system associated with the cold planer and configured to determine a milling rate of the cold planer; a communication device configured to exchange information between the cold planer and the paver; and a controller in electronic communication with the first sensor, the production monitoring system, and the communication device, the controller being configured to: receive, via the communication device, a second signal indicative of a position of the paver and a third signal indicative of a paving rate of the paver; determine a current distance between the cold planer and the paver based on the first and second signals; determine a target distance between the cold planer and the paver based on the current distance and a comparison of the milling rate and the paving rate; and determine a difference between the target distance and the current distance. a first sensor configured to generate a first signal indicative of a position of the cold planer; a production monitoring system associated with the cold planer and configured to determine a milling rate of the cold planer; a communication device configured to exchange information between the cold planer and the paver; and a controller in electronic communication with the first sensor, the production monitoring system, and the communication device, the controller being configured to: receive, via the communication device, a second signal indicative of a position of the paver and a third signal indicative of a paving rate of the paver; determine a current distance between the cold planer and the paver based on the first and second signals; determine a target distance between the cold planer and the paver based on the current distance and a comparison of the milling rate and the paving rate; and determine a difference between the target distance and the current distance. receive, via the communication device, a second signal indicative of a position of the paver and a third signal indicative of a paving rate of the paver; determine a current distance between the cold planer and the paver based on the first and second signals; determine a target distance between the cold planer and the paver based on the current distance and a comparison of the milling rate and the paving rate; and determine a difference between the target distance and the current distance.
A circuit board, comprising: a supporting substrate comprising a first region (A) and a second region (B) extending to be bent from the first region (A); a plurality of light emitting elements mounted to one surface of the first region (A) of the supporting substrate ; a through hole passing through the supporting substrate ; and a connector inserted into the through hole and for supplying electric current to the plurality of light emitting elements , characterized in that , the through hole is formed in the second region (B). a supporting substrate comprising a first region (A) and a second region (B) extending to be bent from the first region (A); a plurality of light emitting elements mounted to one surface of the first region (A) of the supporting substrate ; a through hole passing through the supporting substrate ; and a connector inserted into the through hole and for supplying electric current to the plurality of light emitting elements , characterized in that , the through hole is formed in the second region (B).
An optical package , comprising: a package substrate ; a compute die on the package substrate ; an optics die on the package substrate ; an optical connector coupled to the optics die ; a sealant around the optical connector ; and an integrated heat spreader, IHS, over the compute die and the optics die , wherein channels and reservoirs are disposed on a surface of the IHS facing the package substrate , said channels fluidically coupled to the reservoirs , wherein the sealant at least partially fills the channels , and wherein the channels are configured to transport excess sealant to the reservoirs through capillary action. a package substrate ; a compute die on the package substrate ; an optics die on the package substrate ; an optical connector coupled to the optics die ; a sealant around the optical connector ; and an integrated heat spreader, IHS, over the compute die and the optics die , wherein channels and reservoirs are disposed on a surface of the IHS facing the package substrate , said channels fluidically coupled to the reservoirs , wherein the sealant at least partially fills the channels , and wherein the channels are configured to transport excess sealant to the reservoirs through capillary action.
A valve assembly for temperature-dependent water conduction, in particular for a sanitary station, having a housing , a housing inlet for mixed water, a first housing outlet for mixed water having a water temperature lying above a threshold temperature, a second housing outlet for mixed water having a water temperature lying below the threshold temperature, a channel system which connects the housing inlet to the two housing outlets , at least one valve arranged in the channel system , and a mechanical switch mechanism for switching the at least one valve , which is switchable between a first switch position , in which the housing inlet is connected to the first housing outlet , and a second switch position , in which the housing inlet is connected to the second housing outlet , wherein the switch mechanism comprises a temperature-controlled switch element , which is arranged at least partially in the channel system so that mixed water can flow around it and which is configured in such a way that when the threshold temperature is reached, it automatically switches the switch mechanism from the second to the first switch position , wherein the switch mechanism comprises an actuation element , by means of which a user can manually switch the switch mechanism to the second switch position , characterized in that the at least one valve comprises a valve plunger capable of being displaced in a radial direction, which is pressed under spring action radially inwardly toward the actuation element into a closed position.