mhurhangee/ep-ind-claims huggingface dataset:
A flowmeter, comprising: a housing configured to accept a flow of a process material, and a diaphragm disposed in the housing, wherein the diaphragm is deformable by the flow of the process material, wherein the diaphragm comprises an aperture configured to allow process material to flow therethrough, wherein the flowmeter is configured to measure the flow of the process material, characterized in that the diaphragm comprises a sensing ring having a second aperture defined thereby configured to allow process material to flow therethrough; wherein the sensing ring is configured to be detectable by a magnetic sensor; and the magnetic sensor is configured to detect a deformation in the diaphragm via a position of the sensing ring. a housing configured to accept a flow of a process material, and a diaphragm disposed in the housing, wherein the diaphragm is deformable by the flow of the process material, wherein the diaphragm comprises an aperture configured to allow process material to flow therethrough, wherein the flowmeter is configured to measure the flow of the process material, characterized in that the diaphragm comprises a sensing ring having a second aperture defined thereby configured to allow process material to flow therethrough; wherein the sensing ring is configured to be detectable by a magnetic sensor; and the magnetic sensor is configured to detect a deformation in the diaphragm via a position of the sensing ring.
An ionic liquid comprising the association of a cation selected from among cations of following formula: with an anion selected from among the anions of following formulas and: where: - R 1 to R 4 are each independently a hydrogen atom or an aliphatic or cyclic hydrocarbon group, provided that at least one of groups R 1 to R 4 represents an aliphatic hydrocarbon group having at least two carbon atoms, and at least one of groups R 1 to R 4 represents a hydrogen atom; - R 5 is a cyclic hydrocarbon group; - n1 is an integer equalling 1, 2, 3, 4, 5 or 6; and - n2 is an integer equalling 1, 2, 3 or 4. - R 1 to R 4 are each independently a hydrogen atom or an aliphatic or cyclic hydrocarbon group, provided that at least one of groups R 1 to R 4 represents an aliphatic hydrocarbon group having at least two carbon atoms, and at least one of groups R 1 to R 4 represents a hydrogen atom; - R 5 is a cyclic hydrocarbon group; - n1 is an integer equalling 1, 2, 3, 4, 5 or 6; and - n2 is an integer equalling 1, 2, 3 or 4.
An integrated process for the production of acetic acid and vinyl acetate comprising the steps: (a) producing in a first reaction zone a first product stream comprising acetic acid; (b) contacting in a second reaction zone an acetic acid reaction stream comprised of at least a portion of the acetic acid from the first product stream with an oxygen-containing gas in the presence of a catalyst to produce a second product stream comprising vinyl acetate monomer; (c) directing at least a portion of the second product stream to a purification section to purify at least a portion of the vinyl acetate in the second product stream; and (d) removing heat from at least a portion of the first product stream and providing at least a portion of the heat removed from the first product stream to at least one of the acetic acid reaction stream and the purification section for purifying the vinyl acetate. (a) producing in a first reaction zone a first product stream comprising acetic acid; (b) contacting in a second reaction zone an acetic acid reaction stream comprised of at least a portion of the acetic acid from the first product stream with an oxygen-containing gas in the presence of a catalyst to produce a second product stream comprising vinyl acetate monomer; (c) directing at least a portion of the second product stream to a purification section to purify at least a portion of the vinyl acetate in the second product stream; and (d) removing heat from at least a portion of the first product stream and providing at least a portion of the heat removed from the first product stream to at least one of the acetic acid reaction stream and the purification section for purifying the vinyl acetate.
A floor nozzle for vacuum cleaners, comprising a nozzle body, which has a bearing surface on the floor side comprising a suction mouth as well as a suction duct for discharging a suction air stream, which flows into the suction mouth, a carrier, which has a connecting element for a suction pipe, and a fluid connection between the connecting element and the suction duct, wherein the nozzle body is connected to the carrier so as to be pivotably movable about a pivot axis, and wherein compressive forces and tensile forces alternately act on the connecting element of the carrier, when the floor nozzle is moved across a floor surface with forward movements and backward movements by means of a suction pipe, which is connected to the connecting element, characterized in that the pivot axis can be moved between two operating positions (I, II), which are spaced apart in horizontal direction, wherein the pivot axis in a first operating position, which occurs as a result of the compressive force acting on the connecting element, has a smaller distance to the suction mouth than in a second operating position, which occurs as a result of a tensile force acting on the connecting element.
An electronic device configured as a user equipment for communication, the UE configured to: insert, into a transport block, a first cyclical redundancy check calculated for the transport block; forward error correction encode (604, 1012) the transport block, including the first cyclical redundancy check, into a codeword; receive a preemption indicator for part of a first physical resource; select a first part (Xp) of the codeword for rate matching with a length based on a received uplink grant and the received preemption indicator; transmit the first part of the codeword using the first physical resource; select a second part (Xs) of the codeword, the second part including bits of the transport block remaining after selecting the first part; insert, in the selected second part of the codeword, a second cyclical redundancy check calculated for the second part of the codeword; and transmit the second part of the codeword using a second physical resource. insert, into a transport block, a first cyclical redundancy check calculated for the transport block; forward error correction encode (604, 1012) the transport block, including the first cyclical redundancy check, into a codeword; receive a preemption indicator for part of a first physical resource; select a first part (Xp) of the codeword for rate matching with a length based on a received uplink grant and the received preemption indicator; transmit the first part of the codeword using the first physical resource; select a second part (Xs) of the codeword, the second part including bits of the transport block remaining after selecting the first part; insert, in the selected second part of the codeword, a second cyclical redundancy check calculated for the second part of the codeword; and transmit the second part of the codeword using a second physical resource.
A method for making a safety element, comprising the steps of: - preparing a sheet-like body of pre-determined thickness, provided with a blocking peripheral annular portion and a central portion, surrounded by the peripheral annular portion; - preparing a first tubular portion having its own annular abutting edge; - connecting said sheet-like body to at least said first tubular portion by means of at least one welding step; characterised in that it comprises, subsequently to said connection step, an incision step of the sheet-like body by means of a laser beam to obtain at least one frangible line adapted to allow yield of the sheet-like body to a pre-set pressure. - preparing a sheet-like body of pre-determined thickness, provided with a blocking peripheral annular portion and a central portion, surrounded by the peripheral annular portion; - preparing a first tubular portion having its own annular abutting edge; - connecting said sheet-like body to at least said first tubular portion by means of at least one welding step;
Door for a household appliance with at least one sealing element, which has a fixing body and a sealing body, embodied in one piece with the fixing body, which is embodied with at least one hollow chamber and which is elastically deformable, wherein viewed in the cross-section of the sealing element, the sealing body has an exterior, hollow end piece which has the shape of a ring section in the cross-section, wherein the end piece has a first freely projecting end, and the ring section is oriented such that the first free end is curved facing the fixing body and the fixing body is received in a fixing receptacle, and at the fixing receptacle an immersion region is then embodied on the door for the ring section of the sealing element, into which the ring section extends with its freely projecting first end, wherein viewed in the cross-section of the door the immersion region is bound by a boundary wall on the side facing away from the fixing receptacle, which boundary wall has an upper wall end, wherein on the upper wall end of the boundary wall an outer wall of the ring section is in direct contact with the door, wherein this contacting is formed at a distance from the freely projecting first end, wherein when the ring section is compressed when the door is closed and the sealing element attaches to a housing wall of a household appliance, the outer wall of the ring section slides along the upper wall end of the boundary wall.
A vehicle control device that controls temperature information for a test vehicle, comprising: a peripheral temperature acquisition unit that acquires a peripheral temperature of the test vehicle from a first temperature sensor that is provided outside of the test vehicle in a soak chamber where the test vehicle is stored, and that acquires together with the peripheral temperature a chamber identifier showing the soak chamber in which the first temperature sensor is provided; a position information acquisition unit that acquires position information for the test vehicle while the test vehicle is in a parked state in the soak chamber; and a recording unit that associates time series data for the peripheral temperature of the test vehicle with time series data for the position information for that test vehicle and records the association. a peripheral temperature acquisition unit that acquires a peripheral temperature of the test vehicle from a first temperature sensor that is provided outside of the test vehicle in a soak chamber where the test vehicle is stored, and that acquires together with the peripheral temperature a chamber identifier showing the soak chamber in which the first temperature sensor is provided; a position information acquisition unit that acquires position information for the test vehicle while the test vehicle is in a parked state in the soak chamber; and a recording unit that associates time series data for the peripheral temperature of the test vehicle with time series data for the position information for that test vehicle and records the association.
A switch fabric comprising: a serial communications interface configured to connect a plurality of slave devices to a master device in parallel to transmit information between the plurality of slave devices and the master device; and a parallel communications interface configured to separately connect the plurality of slave devices to the master device to transmit information between the plurality of slave devices and the master device, and to transmit information between individual ones of the plurality of slave devices. a serial communications interface configured to connect a plurality of slave devices to a master device in parallel to transmit information between the plurality of slave devices and the master device; and a parallel communications interface configured to separately connect the plurality of slave devices to the master device to transmit information between the plurality of slave devices and the master device, and to transmit information between individual ones of the plurality of slave devices.
Mechanism comprising a spinning ring, a ring holder and at least one fastening element for attachment to a ring rail of a ring spinning or ring twisting machine, wherein the ring holder can be aligned with a spindle of the ring spinning or ring twisting machine independently of the spinning ring, and fixed to the ring rail by means of the fastening element, and in which the spinning ring can be fastened to the ring holder, characterised in that the spinning ring can be fastened to the ring holder which is fixed in alignment with the fastening element which is fixed to the ring rail.
An anti-Agrin agent for use in treating cancer, wherein the anti-Agrin agent is an anti-Agrin antibody or an inhibitory nucleic acid that specifically inhibits the translation of Agrin in a cancer cell, wherein the cancer is hepatocellular carcinoma, wherein the inhibitory nucleic acid is selected from the group consisting of a short hairpin RNA (shRNA), an antisense RNA, a ribozyme, a short inhibitory RNA (siRNA), and a micro RNA (mRNA).
A method of re-sampling a plurality of S-parameters for serial data link analysis, the method comprising: storing a plurality of S-parameters sets, each S-parameter set being associated with a subsystem and having associated impulse responses and a time interval; determining an increased time interval based on the time interval associated with each S-parameter set; zero filling the impulse responses in each S-parameter set to maintain any wrapped ripples and increase the time interval and generating a plurality of resampled S-parameter sets with a finer frequency resolution to cover the increased time interval. storing a plurality of S-parameters sets, each S-parameter set being associated with a subsystem and having associated impulse responses and a time interval; determining an increased time interval based on the time interval associated with each S-parameter set; zero filling the impulse responses in each S-parameter set to maintain any wrapped ripples and increase the time interval and generating a plurality of resampled S-parameter sets with a finer frequency resolution to cover the increased time interval.
A composition comprising: a. 0.5 wt.% to 15 wt.% by weight of the composition of a C 20-28 internal olefin sulfonate, 0.5 to 15 wt.% by weight of the composition of a sulfosuccinate, and 0.5 to 15 wt.% by weight of the composition of an alcohol alkoxylated sulfate; or b. C 20-28 internal olefin sulfonate, C 15-18 internal olefin sulfonates, and an alcohol alkoxylated carboxylate. a. 0.5 wt.% to 15 wt.% by weight of the composition of a C 20-28 internal olefin sulfonate, 0.5 to 15 wt.% by weight of the composition of a sulfosuccinate, and 0.5 to 15 wt.% by weight of the composition of an alcohol alkoxylated sulfate; or b. C 20-28 internal olefin sulfonate, C 15-18 internal olefin sulfonates, and an alcohol alkoxylated carboxylate.
A system for non-invasive electric and/or magnetic neuronal stimulation, comprising: - a signal generator for generating an alternating current stimulation signal, - an application device configured for applying the stimulation signal in an area at or directly around the optic nerve, - an outlet line for deriving a measurement signal, - a biomarker calculation unit configured for calculating a biomarker based on the measurement signal, wherein the biomarker is a quantity of weighted parameters for which all of the data sets have characteristic properties or features for a diagnosis and/or a therapy target, - a unit configured for implementating a stochastic optimization process for optimizing the value of the biomarker by variation of the stimulation signal. - a signal generator for generating an alternating current stimulation signal, - an application device configured for applying the stimulation signal in an area at or directly around the optic nerve, - an outlet line for deriving a measurement signal, - a biomarker calculation unit configured for calculating a biomarker based on the measurement signal, wherein the biomarker is a quantity of weighted parameters for which all of the data sets have characteristic properties or features for a diagnosis and/or a therapy target, - a unit configured for implementating a stochastic optimization process for optimizing the value of the biomarker by variation of the stimulation signal.
System for controlling aeraulic conditions that are present above an aircraft landing or deck-landing surface, referred to as the aerial arrival zone, the system being suitable for use when the aerial arrival zone is located close to a superstructure, along an alignment axis which is oriented from the aerial arrival zone towards the superstructure, the superstructure extending vertically higher than the aerial arrival zone and being capable of altering a wind flow above the aerial arrival zone, said system comprising: - anemometric means, adapted to provide speed and bearing angle values, which characterise a relative wind speed with respect to the aerial arrival zone and the superstructure, the system being characterised in that it further comprises: - aeraulic means, which are arranged close to the aerial arrival zone, and are capable of modifying air movements above said aerial arrival zone; and - a controller, adapted to activate the aeraulic means when at least one of the following two conditions is met: the speed value which is provided by the anemometric means is greater than a first non-zero threshold, and absolute value of the bearing angle which is provided by said anemometric means is less than a second non-zero threshold. - anemometric means, adapted to provide speed and bearing angle values, which characterise a relative wind speed with respect to the aerial arrival zone and the superstructure, - aeraulic means, which are arranged close to the aerial arrival zone, and are capable of modifying air movements above said aerial arrival zone; and - a controller, adapted to activate the aeraulic means when at least one of the following two conditions is met: the speed value which is provided by the anemometric means is greater than a first non-zero threshold, and absolute value of the bearing angle which is provided by said anemometric means is less than a second non-zero threshold.
A baby's mouth simulator for the female breast, having a receptacle for the lactated milk and having a milking cuff which has a flexible part, with which the baby's mouth simulator can be positioned and sealed onto at least the nipples of the female breast and which is configured in a manner such that a manual milking pressure which brings about lactation can be exerted on the nipple and the adjoining regions, characterized in that the milking cuff is configured as a double cuff, wherein an inner sealing cuff which seals the receptacle against the areola when used appropriately and a fixation cuff which mechanically fixes the baby's mouth simulator on the breast without having a sealing function when used appropriately are provided, and in that the receptacle is configured as a vacuum chamber.
A capacitive sensor arrangement having a sensor electrode, with the aid of which the penetration of an object into a space in front of the sensor electrode should be detected, a control and analysis circuit coupled to the sensor electrode, which detects a change of the capacitance of the sensor electrode compared to a reference potential, in that it periodically repeatedly couples the sensor electrode with a predetermined frequency with a predetermined first potential and analyses at least one parameter of a current or voltage curve dependent on the periodic charging and discharging of the sensor electrode to detect the change in the capacity, at least one background electrode, which is arranged spaced behind the sensor electrode, and a guard electrode, which is arranged between the sensor electrode and the at least one background electrode and is coupled via the control and analysis circuit to the sensor electrode in such a manner that it does not have any influence on the capacitance of the sensor electrode measured in comparison with the reference potential and that the potential thereof is updated to the potential of the sensor electrode at least in a portion of each period of charging and discharging of the sensor electrode, wherein the background electrode or at least one of the background electrodes is coupled with the control and analysis circuit and is controlled in such a manner that the potential thereof is switched periodically with the predetermined frequency between the reference potential and a second potential, which compared to the reference potential has the same polarity as the first potential, complementarily to the potential of the sensor electrode in such a manner that the background electrode is set to the reference potential, at least during the majority of those times, in which the sensor electrode is coupled to the first potential, and is set to the second potential at least during a majority of those times, in which the sensor electrode is not coupled to the first potential, so that the potential curves of the sensor electrode and the background electrode can be temporally offset and/or switched with a deviating duty cycle.
A guardrail for protecting persons being present on open floors of buildings or scaffolds against accidentally falling out of the opening of such floors, comprising a number of constructional elements and connectors (2,19,20,27,28,32) for assembling said constructional elements to a coherent guardrail, wherein the connectors (2,19,20,27,28,32) comprise at least one first connector which has a longitudinal shape and is formed with at least one longitudinal extending slot, and at least one second connector (19,20) consisting of a first connector part to be connected to the at least one constructional element and a second connector part to connect the first connector part to the at least one first connector while engaging the at least one longitudinal extending slot of the first connector characterized in that the at least one constructional element consists of a frame adapted to change its height and width and of a panel releasably mounted in the frame in such way that the frame is allowed to change said height and width.
A battery installation comprising: an identifier (110, 210) permanently fastened to an immobile object (150, 250); and a battery arrangement (100, 200) comprising: an identity reader (115, 215) configured to obtain an identity from said identifier; and a battery system distinct from the immobile object, wherein the battery arrangement is configured to disable at least part of the battery system in response to the identity reader being unable to obtain the identity and wherein the battery system is arranged as a backup power source to a system having a main power source distinct from the battery system. an identifier (110, 210) permanently fastened to an immobile object (150, 250); and a battery arrangement (100, 200) comprising: an identity reader (115, 215) configured to obtain an identity from said identifier; and a battery system distinct from the immobile object, wherein the battery arrangement is configured to disable at least part of the battery system in response to the identity reader being unable to obtain the identity and wherein the battery system is arranged as a backup power source to a system having a main power source distinct from the battery system. an identity reader (115, 215) configured to obtain an identity from said identifier; and a battery system distinct from the immobile object, wherein the battery arrangement is configured to disable at least part of the battery system in response to the identity reader being unable to obtain the identity and wherein the battery system is arranged as a backup power source to a system having a main power source distinct from the battery system.