mhurhangee/ep-ind-claims huggingface dataset:
Heating apparatus with thermoelectric module, whereby the heating apparatus comprises a burner and a primary heat exchanger that are provided inside a combustion chamber, whereby the burner is configured to be substantially cylinder shaped, whereby the combustion gases are fed axially to the burner by means of a combustion gas inlet and are fed radially outwardly from the burner, whereby the primary heat exchanger is configured to be hollow cylinder shaped and is arranged relative to the burner so that the exhaust gases formed in the combustion flow radially through the primary heat exchanger, whereby the thermoelectric module is configured to be disc shaped and is arranged co-axially to the burner at one end of the burner, whereby the thermoelectric module is arranged at the opposite end of the burner to the combustion gas inlet, and whereby the thermoelectric module is connected with a heat sink characterized in that the heat sink is a heat exchanger arranged on the rear side of the thermoelectric module and flowable through by a heat transfer medium.
A snow tire with a kerf structure comprising a wave-shaped straight portion and an expansion portion formed expanding from the straight portion, wherein the expansion portion comprises unit structures (K, K'), on each of which central hollow semi-spheres (22, 22') and polygonal shapes (21, 21') around the hollow semi-spheres (22, 22') form protrusions in opposite directions and are continuously formed, so that the unit structure consisting of an embossed polygonal shape and an engraved semi-sphere, and the unit structure (K') consisting of an engraved polygonal shape and an embossed semi-sphere are arranged alternatively.
A grinding machine, comprising: a container; a grinding assembly; and a sealing base; wherein the sealing base seals the juice outlet; the sealing base is detachably connected with the container; the grinding assembly comprises a cutting tool, an upper grinding disc, and a lower grinding disc arranged in sequence from top to bottom; a drive shaft is rotatably arranged on the sealing base; the cutting tool and the lower grinding disc are fixed on the drive shaft; characterised in that a bottom portion of the container defines a juice outlet; the upper grinding disc is fixed on the sealing base; a first positioning step configured to position the upper grinding disc is formed on an inner wall of the juice outlet; a first elastic sealing piece is arranged between the upper grinding disc and the first positioning step. a container; a grinding assembly; and a sealing base; wherein the sealing base seals the juice outlet; the sealing base is detachably connected with the container; the grinding assembly comprises a cutting tool, an upper grinding disc, and a lower grinding disc arranged in sequence from top to bottom; a drive shaft is rotatably arranged on the sealing base; the cutting tool and the lower grinding disc are fixed on the drive shaft; characterised in that a bottom portion of the container defines a juice outlet; the upper grinding disc is fixed on the sealing base; a first positioning step configured to position the upper grinding disc is formed on an inner wall of the juice outlet; a first elastic sealing piece is arranged between the upper grinding disc and the first positioning step.
A heat accumulator (60, 160, 260, 360, 460, 560) for absorbing heat energy from an air flow and for releasing heat energy to an air flow of a room air-conditioning ventilation device, wherein the heat accumulator (60, 160, 260, 360, 460, 560) comprises at least one air guiding channel for guiding the air flow, and wherein the heat accumulator (60, 160, 260, 360, 460, 560) comprises two or more successive heat storage layers which are preferably thermally insulated from one another by at least one heat insulation layer; characterised in that the at least one air guiding channel extends through at least part of the heat storage layers and the heat insulation layer or heat insulation layers disposed therebetween; that the heat storage layers are each penetrated by one or more channel passages; that the heat insulation layer or the heat insulation layers are each penetrated by one or more channel openings; and that the channel passages and the channel openings of the successive heat storage layers and heat insulation layers are aligned with one another so as to define the at least one air guiding channel.
Method for welding of stainless steels and/or duplex steels by tungsten inert gas welding or plasma arc welding, using a gas mixture of argon, nitrogen, hydrogen and CO 2 as inert gas in tungsten inert gas welding or as shielding gas in plasma arc welding, characterized in that the gas mixture comprises between 1% and 5%, more particularly 3%, of nitrogen and substantially between 0.3% and 0.7% of CO2.
A circuit breaker comprising: a body; a cradle supporting the body; a drawing-in/out device mounted in the cradle to draw the body in/out between a drawing-in position, a test position and an operation position; and an interlock device mounted in the cradle to prevent the connection of the circuit breaker at the time of the drawing-in/out operation of the body, characterised in that the interlock device includes: a button restricting portion which restricts and unrestricts an OFF button; a plate-like operating block which operates the button restricting portion and installed so that one end thereof is connected to the button restricting portion and the other end thereof is exposed to the outside of the cradle in order to be operable from the outside of the cradle; and an operation locking portion which locks and unlocks the operating block, and wherein the operating block is mounted with an elastic member providing resilience to expose the operating block to the outside. a body; a cradle supporting the body; a drawing-in/out device mounted in the cradle to draw the body in/out between a drawing-in position, a test position and an operation position; and an interlock device mounted in the cradle to prevent the connection of the circuit breaker at the time of the drawing-in/out operation of the body, characterised in that the interlock device includes: a button restricting portion which restricts and unrestricts an OFF button; a plate-like operating block which operates the button restricting portion and installed so that one end thereof is connected to the button restricting portion and the other end thereof is exposed to the outside of the cradle in order to be operable from the outside of the cradle; and an operation locking portion which locks and unlocks the operating block, and wherein the operating block is mounted with an elastic member providing resilience to expose the operating block to the outside. a button restricting portion which restricts and unrestricts an OFF button; a plate-like operating block which operates the button restricting portion and installed so that one end thereof is connected to the button restricting portion and the other end thereof is exposed to the outside of the cradle in order to be operable from the outside of the cradle; and an operation locking portion which locks and unlocks the operating block, and wherein the operating block is mounted with an elastic member providing resilience to expose the operating block to the outside.
A compact drive, comprising at least three drive components, including at least an electric motor, a gear unit and an electronic circuit, in particular converter, wherein a central housing part is provided, wherein each drive component in order to form a respective housing is surrounded by the central housing part and at least one housing cover (3, 72, 73, 74) of the respective drive component, characterised in that a braking resistor is arranged in a pocket of the central housing part and is connected to the pocket in thermally conductive manner, wherein the braking resistor projects into the gear unit region such that the housing pocket is arranged closer to the input than to the output side of the gear unit.
A method performed by a user equipment, UE, to decode data in a wireless communication system, the method comprising: receiving, from a base station, a demodulation reference signal, DMRS, configured based on a specific pattern, wherein the DMRS is transmitted on a specific antenna port and is located on two time-axis symbols on which at least one other DMRS based on another antenna port is transmitted, wherein the DMRS is mapped to the two time-axis symbols using a first code division multiplexing, CDM, on a frequency axis and a second CDM on a time axis, and decoding the data using the DMRS, wherein the specific pattern is determined based on whether an orthogonal cover code, OCC, applied to the second CDM is limited to one OCC among two OCCs related to the second CDM, wherein, based on the OCC applied to the second CDM being limited to the one OCC among the two OCCs related to the second CDM, the specific pattern is a repetition pattern using a same pattern for each of the two time-axis symbols, and wherein the DMRS and the at least one other DMRS are mapped to the two time-axis symbols based on a frequency division multiplexing, FDM. receiving, from a base station, a demodulation reference signal, DMRS, configured based on a specific pattern, wherein the DMRS is transmitted on a specific antenna port and is located on two time-axis symbols on which at least one other DMRS based on another antenna port is transmitted, wherein the DMRS is mapped to the two time-axis symbols using a first code division multiplexing, CDM, on a frequency axis and a second CDM on a time axis, and decoding the data using the DMRS, wherein the specific pattern is determined based on whether an orthogonal cover code, OCC, applied to the second CDM is limited to one OCC among two OCCs related to the second CDM, wherein, based on the OCC applied to the second CDM being limited to the one OCC among the two OCCs related to the second CDM, the specific pattern is a repetition pattern using a same pattern for each of the two time-axis symbols, and wherein the DMRS and the at least one other DMRS are mapped to the two time-axis symbols based on a frequency division multiplexing, FDM.
A method comprising: receiving, at a processor, a request from a user to initiate a call via a channel; identifying, at the processor, a call participant set associated with the channel; initiating, by the processor, said call via said channel and between at least a portion of said identified call participant set; receiving, at the processor, a sequence of communications associated with the call, the sequence of communications including data of at least a real-time media data type and a posted data type; transmitting, by the processor, the sequence of communications into the call; and characterized in that the method comprises: recording, by the processor, the sequence of communications associated with the call in a data store wherein each communication is tagged to define the association between each of the communications of the sequence of communications and said call. receiving, at a processor, a request from a user to initiate a call via a channel; identifying, at the processor, a call participant set associated with the channel; initiating, by the processor, said call via said channel and between at least a portion of said identified call participant set; receiving, at the processor, a sequence of communications associated with the call, the sequence of communications including data of at least a real-time media data type and a posted data type; transmitting, by the processor, the sequence of communications into the call; and characterized in that the method comprises: recording, by the processor, the sequence of communications associated with the call in a data store wherein each communication is tagged to define the association between each of the communications of the sequence of communications and said call.
A method for distinguishing feedback information, comprising: receiving, by a terminal, a temporary flow identity, TFI, which is non-zero, assigned from a network side; receiving, by the terminal, feedback information comprising a starting sequence number-based, SSN-based, piggybacked acknowledgement/non-acknowledgement, PAN; according to the non-zero TFI, assigned from a network side, performing, by the terminal, a verification check on the received feedback information; determining, by the terminal, that the received feedback information corresponds to the terminal and corresponds to an uplink temporary block flow in response to which the PAN is fed back, if the received feedback information passes the verification check; and characterized in that the performing a verification check comprises: performing (S500-1) an Exclusive-OR, XOR, operation between the non-zero TFI and a cyclic redundancy check, CRC, obtained from the received feedback information to have a first new CRC; obtaining, according to a generator polynomial and the information other than the non-zero TFI included in the received feedback information, a second new CRC; and determining (S500-2) that the received feedback information passes the verification check, if it is determined that the first new CRC equals to the second new CRC. receiving, by a terminal, a temporary flow identity, TFI, which is non-zero, assigned from a network side; receiving, by the terminal, feedback information comprising a starting sequence number-based, SSN-based, piggybacked acknowledgement/non-acknowledgement, PAN; according to the non-zero TFI, assigned from a network side, performing, by the terminal, a verification check on the received feedback information; determining, by the terminal, that the received feedback information corresponds to the terminal and corresponds to an uplink temporary block flow in response to which the PAN is fed back, if the received feedback information passes the verification check; and characterized in that the performing a verification check comprises: performing (S500-1) an Exclusive-OR, XOR, operation between the non-zero TFI and a cyclic redundancy check, CRC, obtained from the received feedback information to have a first new CRC; obtaining, according to a generator polynomial and the information other than the non-zero TFI included in the received feedback information, a second new CRC; and determining (S500-2) that the received feedback information passes the verification check, if it is determined that the first new CRC equals to the second new CRC. performing (S500-1) an Exclusive-OR, XOR, operation between the non-zero TFI and a cyclic redundancy check, CRC, obtained from the received feedback information to have a first new CRC; obtaining, according to a generator polynomial and the information other than the non-zero TFI included in the received feedback information, a second new CRC; and determining (S500-2) that the received feedback information passes the verification check, if it is determined that the first new CRC equals to the second new CRC.
A method for producing 2-isopropenyl-5-methyl-4-hexen-1-yl 3-methyl-2-butenoate, comprising a step of transesterifying 2-isopropenyl-5-methyl-4-hexen-1-ol represented by Formula: with alkyl senecioate represented by General Formula: wherein R is a saturated or unsaturated linear alkyl group having 1 to 6 carbon atoms, in the presence of a catalyst, while distilling off an alcohol represented by General Formula: ROH formed as a by-product, to obtain the 2-isopropenyl-5-methyl-4-hexen-1-yl 3-methyl-2-butenoate represented by Formula:
A cationically curable composition comprising a) at least one cationically polymerizable component; b) a first photoinitiator releasing an acid when irradiated with actinic radiation of a first wavelength λ 1; c) a second photoinitiator releasing an acid when irradiated with actinic radiation of a second wavelength λ 2, wherein the second photoinitiator comprises an aryl sulfonium salt, wherein the second wavelength λ 2 is shorter than the first wavelength λ 1, wherein the first and the second photoinitiators are selected such that the first photoinitiator can be activated at a first wavelength λ 1 of 460 nm without the second photoinitiator being activated simultaneously, and wherein, after the activation of the first photoinitiator, an absorption band of the second photoinitiator at a wavelength λ 2 of 365 nm is above the absorption of the first photoinitiator and the decomposition products formed after the activation so that, after irradiation of the composition with actinic radiation of the first wavelength λ 1, the second photoinitiator shows an absorption of actinic radiation of the second wavelength λ 2 in the composition that is sufficient to activate the second photoinitiator and to fix the composition, wherein skin formation takes place in the composition. a) at least one cationically polymerizable component; b) a first photoinitiator releasing an acid when irradiated with actinic radiation of a first wavelength λ 1; c) a second photoinitiator releasing an acid when irradiated with actinic radiation of a second wavelength λ 2, wherein the second photoinitiator comprises an aryl sulfonium salt,
A valve for the distribution of a pressurized fluid, comprising: - a valve body; - at least one inlet port to feed a pressurized fluid to the valve; - at least one outlet port to feed said pressurized fluid to a container through a feed channel; - at least one distribution member movably housed in a distribution chamber obtained in said valve body, wherein the distribution member is movable between at least one predetermined closure position of the feed of the pressurized fluid to the valve, at least one predetermined feed position of the pressurized fluid to said container and at least one predetermined suction position of the fluid from said container, wherein at least one vacuum generator device is housed in the valve body to suction the fluid from said container following the feed of pressurized fluid to the valve when said distribution member is in said suction position of the fluid from said container, characterized in that said distribution chamber ends with a channel communicating with a pressure measuring port and said outlet port, in that said distribution member is axially movable in said distribution chamber and is provided with a plug at its end and in that, when the distribution member is in said predetermined closure position of the pressurized fluid feed, said plug insulates the channel located at the end of the distribution chamber from the pressurized fluid fed to the valve. - a valve body; - at least one inlet port to feed a pressurized fluid to the valve; - at least one outlet port to feed said pressurized fluid to a container through a feed channel; - at least one distribution member movably housed in a distribution chamber obtained in said valve body, wherein the distribution member is movable between at least one predetermined closure position of the feed of the pressurized fluid to the valve, at least one predetermined feed position of the pressurized fluid to said container and at least one predetermined suction position of the fluid from said container, wherein at least one vacuum generator device is housed in the valve body to suction the fluid from said container following the feed of pressurized fluid to the valve when said distribution member is in said suction position of the fluid from said container, characterized in that said distribution chamber ends with a channel communicating with a pressure measuring port and said outlet port, in that said distribution member is axially movable in said distribution chamber and is provided with a plug at its end and in that, when the distribution member is in said predetermined closure position of the pressurized fluid feed, said plug insulates the channel located at the end of the distribution chamber from the pressurized fluid fed to the valve.
A method for the chip-removing production or machining of a workpiece, in particular of toothing on a workpiece, by means of a machining tool, in particular a toothing tool, wherein a liquid which mixes and accumulates with the chips generated during the machining is used for lubricating and/or cooling during the machining, and wherein the chips are discharged from the accumulation, counter to the downhill force, along a discharge path by means of a magnetic force, wherein a return flow of the liquid carried away by the discharged chips occurs due to the downhill force, wherein the return flow is deflected out of the discharge path, characterised in that the liquid in the return flow feeds into a return-flow space via one or more openings, said return-flow space being arranged underneath the discharge path, as viewed in the direction of gravity, and the discharge path is separated from the one or more openings by a barrier.
A bit for drilling a wellbore, comprising: a shank having a coupling formed at an upper end thereof; a body removably attached to a lower end of the shank and having a blade receptacle formed therethrough; a blade fixed to the body; a plurality of superhard cutters mounted along a leading edge of the fixed blade; a blade disposed in the blade receptacle and longitudinally movable relative to the body between an extended position and a retracted position; a plurality of superhard cutters mounted along a leading edge of the movable blade; and characterised by: a spring disposed between the shank and the movable blade, wherein the movable blade is repeatedly movable between the positions, and the spring biases the movable blade toward the extended position, and the bit is configured such that: the cutters of the movable blade engage a bottom of the wellbore and the cutters of the fixed blade are disengaged from the bottom of the wellbore while the movable blade in the extended position, and the cutters of both the fixed and movable blades (16,15) engage the bottom of the wellbore while the movable blade is in the retracted position. a shank having a coupling formed at an upper end thereof; a body removably attached to a lower end of the shank and having a blade receptacle formed therethrough; a blade fixed to the body; a plurality of superhard cutters mounted along a leading edge of the fixed blade; a blade disposed in the blade receptacle and longitudinally movable relative to the body between an extended position and a retracted position; a plurality of superhard cutters mounted along a leading edge of the movable blade; and characterised by: a spring disposed between the shank and the movable blade, wherein the movable blade is repeatedly movable between the positions, and the spring biases the movable blade toward the extended position, and the bit is configured such that: the cutters of the movable blade engage a bottom of the wellbore and the cutters of the fixed blade are disengaged from the bottom of the wellbore while the movable blade in the extended position, and the cutters of both the fixed and movable blades (16,15) engage the bottom of the wellbore while the movable blade is in the retracted position. the cutters of the movable blade engage a bottom of the wellbore and the cutters of the fixed blade are disengaged from the bottom of the wellbore while the movable blade in the extended position, and the cutters of both the fixed and movable blades (16,15) engage the bottom of the wellbore while the movable blade is in the retracted position.