mhurhangee/ep-ind-claims huggingface dataset:
Method for connecting a connection piece to a thermally insulating conduit pipe comprising an internal pipe, an insulating layer enclosing the internal pipe, and preferably an external casing, wherein the connection piece has a connection body with a plug sleeve that is attached in the internal pipe, wherein a stop of the connection body comes to rest against the end face of the internal pipe, and wherein a clamping sleeve is introduced from the end face of the internal pipe between the outer wall of the internal pipe and the insulating layer, characterized in that the connection body bears a retaining ring that forms on one of its ends a second stop for the end face of the internal pipe and that is attached at its other end to the connection body, that the clamping sleeve extends over the retaining ring and has an internal thread and a rear collar, and that the clamping sleeve is screwed onto the internal pipe until the rear collar abuts the second stop.
Mobile working machine, in particular forestry machine, which is provided with a running-gear unit, a drive unit, a winch, a stanchion and with an adjustable ramp plate which is arranged at the rear of a vehicle body, wherein the working machine does not have a driver's workstation for an operator and is designed as a remote-controlled working machine, characterized in that the ramp plate is provided with at least one fastening interface (20a, 20b) to which an additional stanchion (25a; 25b) is releasably fastenable, and/or the ramp plate is provided with a fastening interface to which a trailer-hitch head is releasably fastenable.
A flange for a gas turbine engine case (64, 66), the flange comprising: a flange body; a plurality of fastener holes formed through the flange body, each of the plurality of fastener holes configured to receive a fastener; a plurality of radial slots formed through the flange body, wherein each of the plurality of radial slots is adjacent to and extends to one of the plurality of fastener holes and extends to an outer edge of the flange body, each of the plurality of radial slots defining a first portion of the flange body and a second portion of the flange body, and each of the plurality of radial slots preventing a transfer of a hoop stress between a respective first portion and a respective second portion; and a scallop feature defined between at least two of the plurality of radial slots. a flange body; a plurality of fastener holes formed through the flange body, each of the plurality of fastener holes configured to receive a fastener; a plurality of radial slots formed through the flange body, wherein each of the plurality of radial slots is adjacent to and extends to one of the plurality of fastener holes and extends to an outer edge of the flange body, each of the plurality of radial slots defining a first portion of the flange body and a second portion of the flange body, and each of the plurality of radial slots preventing a transfer of a hoop stress between a respective first portion and a respective second portion; and a scallop feature defined between at least two of the plurality of radial slots.
An air-conditioning apparatus comprising: a coolant circuit configured by sequentially connecting a compressor, an indoor heat exchanger, an expansion valve, and an outdoor heat exchanger; a motor that operates a compressor mechanism disposed inside the compressor; an inverter for driving the motor; and a control unit that controls the inverter, wherein the control unit includes a liquefaction detecting unit that detects coolant liquefaction in the compressor; characterized in that the control unit further includes a first PWM signal generating unit that generates an inverter control signal that is a carrier asynchronous PWM signal for driving the motor; a second PWM signal generating unit that generates an inverter control signal that is a carrier synchronous PWM signal for making the motor perform a preheating operation; and a switching unit that performs switching in such a way that either one of the first PWM signal generating unit or the second PWM signal generating unit outputs a corresponding inverter control signal to the inverter, wherein a voltage output by the second PWM signal generating unit is output based on a magnitude relation between a direct-current voltage and an alternate-current voltage. a coolant circuit configured by sequentially connecting a compressor, an indoor heat exchanger, an expansion valve, and an outdoor heat exchanger; a motor that operates a compressor mechanism disposed inside the compressor; an inverter for driving the motor; and a control unit that controls the inverter, wherein the control unit includes a liquefaction detecting unit that detects coolant liquefaction in the compressor; characterized in that the control unit further includes a first PWM signal generating unit that generates an inverter control signal that is a carrier asynchronous PWM signal for driving the motor; a second PWM signal generating unit that generates an inverter control signal that is a carrier synchronous PWM signal for making the motor perform a preheating operation; and a switching unit that performs switching in such a way that either one of the first PWM signal generating unit or the second PWM signal generating unit outputs a corresponding inverter control signal to the inverter, wherein a voltage output by the second PWM signal generating unit is output based on a magnitude relation between a direct-current voltage and an alternate-current voltage. a first PWM signal generating unit that generates an inverter control signal that is a carrier asynchronous PWM signal for driving the motor; a second PWM signal generating unit that generates an inverter control signal that is a carrier synchronous PWM signal for making the motor perform a preheating operation; and a switching unit that performs switching in such a way that either one of the first PWM signal generating unit or the second PWM signal generating unit outputs a corresponding inverter control signal to the inverter, wherein a voltage output by the second PWM signal generating unit is output based on a magnitude relation between a direct-current voltage and an alternate-current voltage.
Bearing module for rotatably mounting a luggage compartment container in a luggage compartment housing about a pivot axis, comprising: - a housing-side bearing block which is connectable non-rotatably to the luggage compartment housing; - an intermediate element which has a first sliding surface; and - a container-side bearing block which is connectable non-rotatably to the luggage compartment container and which has a second sliding surface, wherein the first sliding surface and the second sliding surface form a radial plain bearing; characterized in that - the housing-side bearing block has a bearing pocket; - the intermediate element has a tongue for engagement in the bearing pocket of the housing-side bearing block; and - the bearing module furthermore has a fixing screw for screwing the intermediate element to the housing-side bearing block. - a housing-side bearing block which is connectable non-rotatably to the luggage compartment housing; - an intermediate element which has a first sliding surface; and - a container-side bearing block which is connectable non-rotatably to the luggage compartment container and which has a second sliding surface, wherein the first sliding surface and the second sliding surface form a radial plain bearing; - the housing-side bearing block has a bearing pocket; - the intermediate element has a tongue for engagement in the bearing pocket of the housing-side bearing block; and - the bearing module furthermore has a fixing screw for screwing the intermediate element to the housing-side bearing block.
Gas turbine comprising a centering arrangement (14, 20, 26; 33, 37); the centering arrangement (14, 20, 26; 33, 37) comprising - a ring-like inner part (16, 22, 28; 35, 39); - a ring-like outer part (15, 21, 27; 34a,b, 38); whereby said outer part (15, 21, 27; 34a,b, 38) surrounds said inner part (16, 22, 28; 35, 39) in a concentric arrangement and with an interspace (19, 24, 30; 41, 42) established between said outer part (15, 21, 27; 34a,b, 38) and said inner part (16, 22, 28; 35, 39), and whereby said outer part (15, 21, 27; 34a,b, 38) and said inner part (16, 22, 28; 35, 39) are subject to a differential radial expansion; and - a centering contact element (16; 36, 40), which procures a centering mechanical contact (18a-c) between said outer part (15, 21, 27; 34a,b, 38) and said inner part (16, 22, 28; 35, 39) at a plurality of circumferentially distributed contact points, and which is able to deform in order to compensate for said differential radial expansion; the gas turbine being characterized in that said centering contact element is one of said outer part and inner part (16, 39) itself. - a ring-like inner part (16, 22, 28; 35, 39); - a ring-like outer part (15, 21, 27; 34a,b, 38); whereby said outer part (15, 21, 27; 34a,b, 38) surrounds said inner part (16, 22, 28; 35, 39) in a concentric arrangement and with an interspace (19, 24, 30; 41, 42) established between said outer part (15, 21, 27; 34a,b, 38) and said inner part (16, 22, 28; 35, 39), and whereby said outer part (15, 21, 27; 34a,b, 38) and said inner part (16, 22, 28; 35, 39) are subject to a differential radial expansion; and - a centering contact element (16; 36, 40), which procures a centering mechanical contact (18a-c) between said outer part (15, 21, 27; 34a,b, 38) and said inner part (16, 22, 28; 35, 39) at a plurality of circumferentially distributed contact points, and which is able to deform in order to compensate for said differential radial expansion;
A head-mounted display integral imaging, InI, system, comprising: a microscopic InI unit, micro-InI, configured to create light fields of a selected 3D scene at a selected position along an optical axis of the system; a relay group having a vari-focal element, VFE, disposed therein, the relay group disposed on the optical axis at a location so the selected position is an optical conjugate of the relay group, the relay group configured to receive the light fields created by the microscopic InI unit and to create an intermediate 3D scene on the optical axis of the selected 3D scene, the relay group configured to tune the position along the optical axis of the intermediate 3D scene; and eyepiece optics for imaging the intermediate 3D scene from the relay group into an exit pupil of the system for viewing by a user of the head-mounted display system. a microscopic InI unit, micro-InI, configured to create light fields of a selected 3D scene at a selected position along an optical axis of the system; a relay group having a vari-focal element, VFE, disposed therein, the relay group disposed on the optical axis at a location so the selected position is an optical conjugate of the relay group, the relay group configured to receive the light fields created by the microscopic InI unit and to create an intermediate 3D scene on the optical axis of the selected 3D scene, the relay group configured to tune the position along the optical axis of the intermediate 3D scene; and eyepiece optics for imaging the intermediate 3D scene from the relay group into an exit pupil of the system for viewing by a user of the head-mounted display system.
Screening machine with two unbalanced motors and a screen box which can be driven via the unbalanced motors, and a plurality of screen decks which are installed one below the other in the screen box and have inlet chutes and outlet chutes, whereby it is possible to separate out the oversize particles at the screen decks in each case via one of the outlet chutes, characterized in that between the screen decks a conveyor belt with a drive drum and a turning drum is installed for returning the screened material to a beginning of the next screen deck lying below, wherein the screening machine is designed in such a way that the screened material of a screen deck falls by gravity onto the conveyor belt arranged below it, via this conveyor belt the screened material can be transported to the beginning of the screen deck lying below it, so that this screen deck lying below it receives 100% of the previously screened material.
A polymerizable monomer, which is represented by the following general formula: in the general formula, X represents a divalent group, Ar 1 and Ar 2 each represent an unsubstituted aromatic group having a valence selected from divalence to tetravalence, and may be identical to or different from each other, L 1 and L 2 each represent a substituted or unsubstituted hydrocarbon group having a main chain with a number of atoms within a range of from 2 to 60 and having a valence selected from divalence to tetravalence, and may be identical to or different from each other, R 1 and R 2 each represent a hydrogen atom or a methyl group, and m1, m2, n1, and n2 each represent an integer selected from a range of from 1 to 3, wherein the divalent group X is -O-.
Method of controlling the stability of a two-wheeled vehicle comprising a first wheel with an associated first suspension and a second wheel with an associated second suspension, said method comprising the steps of: - detecting a signal representing the roll angle ( φ) and detecting a signal representing the roll angular speed ( φ̇) of said vehicle; - detecting a signal representing a first force ( F s.1) exerted by said first suspension; - determining a drive signal representing a reference force F s, 2 0 to be imposed on said second suspension as a function of said signals representing the roll angle ( φ), the roll angular speed ( φ̇), and the first force ( F s,1). - detecting a signal representing the roll angle ( φ) and detecting a signal representing the roll angular speed ( φ̇) of said vehicle; - detecting a signal representing a first force ( F s.1) exerted by said first suspension; - determining a drive signal representing a reference force F s, 2 0 to be imposed on said second suspension as a function of said signals representing the roll angle ( φ), the roll angular speed ( φ̇), and the first force ( F s,1).
A system comprising: a synchronous generator configured to supply at an output a voltage and a current to a plurality of synchronous loads; at least one exciter configured to provide a field current to the synchronous generator to control a magnitude and phase of the voltage and the current of the output of the synchronous generator; and at least one controller configured to control a variable exciter voltage to control the field current output by the exciter, and the corresponding magnitude of the voltage and the current output by the synchronous generator; the controller further configured to dynamically adjust the variable exciter voltage to counteract torque oscillations between the synchronous generator and the synchronous loads by adjustment of a stiffness in a magnetic coupling between a rotor of the synchronous generator and a rotor of each of the synchronous motor loads and damp oscillations in a power angle between the voltage and the current at a plurality of resonant modes occurring at different resonant sub harmonic frequencies during a ramped speed startup of the synchronous generator and the plurality of synchronous loads comprising motors synchronized with the synchronous generator, the stiffness adjusted by the controller by dynamic adjustment of the excitation to provide energy to counteract oscillation energy at the synchronous loads. a synchronous generator configured to supply at an output a voltage and a current to a plurality of synchronous loads; at least one exciter configured to provide a field current to the synchronous generator to control a magnitude and phase of the voltage and the current of the output of the synchronous generator; and at least one controller configured to control a variable exciter voltage to control the field current output by the exciter, and the corresponding magnitude of the voltage and the current output by the synchronous generator; the controller further configured to dynamically adjust the variable exciter voltage to counteract torque oscillations between the synchronous generator and the synchronous loads by adjustment of a stiffness in a magnetic coupling between a rotor of the synchronous generator and a rotor of each of the synchronous motor loads and damp oscillations in a power angle between the voltage and the current at a plurality of resonant modes occurring at different resonant sub harmonic frequencies during a ramped speed startup of the synchronous generator and the plurality of synchronous loads comprising motors synchronized with the synchronous generator, the stiffness adjusted by the controller by dynamic adjustment of the excitation to provide energy to counteract oscillation energy at the synchronous loads.
A method for transmitting, by a user equipment, UE, (10, 900), information in a wireless communication system, the method comprising: determining whether a failure of traffic steering, between a 3 rd generation partnership project, 3GPP, network and a wireless local area network, WLAN, has occurred; if it is determined that the failure of traffic steering has occurred, logging information on the failure of traffic steering; and when a connection with the 3GPP network is established, transmitting the logged information on the failure of traffic steering to the 3GPP network, wherein the information on the failure of traffic steering includes a cause of the failure indicating a connection rejection from the WLAN. determining whether a failure of traffic steering, between a 3 rd generation partnership project, 3GPP, network and a wireless local area network, WLAN, has occurred; if it is determined that the failure of traffic steering has occurred, logging information on the failure of traffic steering; and when a connection with the 3GPP network is established, transmitting the logged information on the failure of traffic steering to the 3GPP network, wherein the information on the failure of traffic steering includes a cause of the failure indicating a connection rejection from the WLAN.
A valve housing assembly, comprising: a valve housing including an upper portion configured to couple to a valve cartridge and a lower portion configured to couple to one or more water supply lines; and a cover; wherein: the cover is configured to be coupled to the valve housing in at least two different orientations by flipping the cover end-to-end relative to the valve housing, wherein the cover surrounds, and sealingly engages, the valve housing; wherein the valve housing assembly is configured to be coupled to, and received within, a plurality of faucets having different configurations. the cover is configured to be coupled to the valve housing in at least two different orientations by flipping the cover end-to-end relative to the valve housing, wherein the cover surrounds, and sealingly engages, the valve housing; wherein the valve housing assembly is configured to be coupled to, and received within, a plurality of faucets having different configurations.
A capsule for use in a brewing device, the capsule comprising: • a body part, which defines a cavity; • a lid which is attached to the body part and which closes the cavity, • the lid having lines of weakness which define an opening region; and • tea material enclosed within the cavity, characterized in that the area defined by the lines of weakness has an area of from 75 mm 2 to 300 mm 2; and that at least 75% by weight of the tea material particles have a size of from 2 to 10 mm. • a body part, which defines a cavity; • a lid which is attached to the body part and which closes the cavity, • the lid having lines of weakness which define an opening region; and • tea material enclosed within the cavity,
A method at a remote server for use in providing push notifications to a client device, the method comprising: receiving, from the client device, a request including identification information for an email address of a user of the client device; generating a public key-private key pairing associated with the email address of the user; providing the public key to the client device; receiving encrypted user credentials which have been encrypted by the client device using the public key; generating a callback Uniform Resource Locator 'URL' comprising at least a portion of the encrypted user credentials embedded in the callback URL; instructing an email service to contact the callback URL in response to a change in an email account associated with the user credentials; receiving contact at the callback URL from the email service; decrypting, using the private key, the encrypted user credentials embedded in the callback URL; fetching email information from the email service using the decrypted user credentials; causing a push notification to be transmitted to the client device, the push notification comprising at least a portion of the fetched email information. receiving, from the client device, a request including identification information for an email address of a user of the client device; generating a public key-private key pairing associated with the email address of the user; providing the public key to the client device; receiving encrypted user credentials which have been encrypted by the client device using the public key; generating a callback Uniform Resource Locator 'URL' comprising at least a portion of the encrypted user credentials embedded in the callback URL; instructing an email service to contact the callback URL in response to a change in an email account associated with the user credentials; receiving contact at the callback URL from the email service; decrypting, using the private key, the encrypted user credentials embedded in the callback URL; fetching email information from the email service using the decrypted user credentials; causing a push notification to be transmitted to the client device, the push notification comprising at least a portion of the fetched email information.