mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling an electrical drive system, the electrical drive system comprising an inverter and an electrical machine supplied by the inverter, the method comprising: receiving a machine current signal and a machine voltage signal of a machine current supplied to the electrical machine; determining a switching signal based on the machine current signal and controlling the inverter with the switching signal; estimating a first speed estimate from the machine current signal; estimating a second speed estimate from the machine voltage signal; comparing the first speed estimate and the second speed estimate with each other, and, when the first speed estimate and the second speed estimate deviate from each other more than a threshold, activating a fault reaction of the electrical drive system, which sets the electrical drive system to a predefined state; characterized in that the machine current signal is a multi-phase signal and the first speed estimate comprises a component for each phase; the machine voltage signal is a multi-phase signal and the second speed estimate comprises a component for each phase; wherein the first speed estimate and the second speed estimate are compared component-wise. receiving a machine current signal and a machine voltage signal of a machine current supplied to the electrical machine; determining a switching signal based on the machine current signal and controlling the inverter with the switching signal; estimating a first speed estimate from the machine current signal; estimating a second speed estimate from the machine voltage signal; comparing the first speed estimate and the second speed estimate with each other, and, when the first speed estimate and the second speed estimate deviate from each other more than a threshold, activating a fault reaction of the electrical drive system, which sets the electrical drive system to a predefined state; characterized in that the machine current signal is a multi-phase signal and the first speed estimate comprises a component for each phase; the machine voltage signal is a multi-phase signal and the second speed estimate comprises a component for each phase; the machine current signal is a multi-phase signal and the first speed estimate comprises a component for each phase; the machine voltage signal is a multi-phase signal and the second speed estimate comprises a component for each phase; wherein the first speed estimate and the second speed estimate are compared component-wise.
Arrangement for treating exhaust gas in a turbocharged internal combustion engine, the exhaust gas system of which comprises at least a first turbine section (22.1) and a first exhaust gas treatment device and a second exhaust gas treatment device, connected in series with each other so that the exhaust gas is arranged to flow through each one of said elements, in which arrangement each of the first turbine section (22.1), the first exhaust gas treatment device and the second exhaust gas treatment device has exhaust gas connections to facilitate gas flow through them, characterized in that - an exhaust gas manifold of the engine is selectively connectable between inlets (34,38) of the first and the second exhaust gas treatment device (26,28), and that - an outlet of the first turbine section (22.1) is selectively connectable between the inlets (34,38) of the first and the second exhaust gas treatment device (26,28), inversely to the connection state of the exhaust gas manifold, and that - the outlet (36,40) of both the first and the second exhaust gas treatment device (26,28) is selectively connectable to the inlet of the first turbine section (22.1) and a downstream section of the exhaust gas system. - an exhaust gas manifold of the engine is selectively connectable between inlets (34,38) of the first and the second exhaust gas treatment device (26,28), and that - an outlet of the first turbine section (22.1) is selectively connectable between the inlets (34,38) of the first and the second exhaust gas treatment device (26,28), inversely to the connection state of the exhaust gas manifold, and that - the outlet (36,40) of both the first and the second exhaust gas treatment device (26,28) is selectively connectable to the inlet of the first turbine section (22.1) and a downstream section of the exhaust gas system.
A connector arrangement comprising a wiring connector housing, an electrical relay, and a quick connector on the electrical relay, wherein the quick connector includes quick connect terminals and the electrical relay includes at least one isolation ridge proximate the quick connect terminals, the wiring connector housing comprising: a housing body having first and second ends and spaced apart channels (121, 122, 123) through said housing body and extending from said first end to said second end, a first end of said spaced apart channels each configured to receive the quick connector therein; each of said spaced apart channels having the first end and a second end, wherein each of said second ends of said spaced apart channels being located to register with and receive corresponding quick connect terminals therein, characterised in that the wiring connector housing further comprises: at least one interference tab extending outwardly from one side of said housing body at said second end that is configured to contact an isolation ridge of the electrical relay and thereby prevent said second ends of said spaced apart channels from being improperly registered with said corresponding quick connect terminals. a housing body having first and second ends and spaced apart channels (121, 122, 123) through said housing body and extending from said first end to said second end, a first end of said spaced apart channels each configured to receive the quick connector therein; each of said spaced apart channels having the first end and a second end, wherein each of said second ends of said spaced apart channels being located to register with and receive corresponding quick connect terminals therein, characterised in that the wiring connector housing further comprises: at least one interference tab extending outwardly from one side of said housing body at said second end that is configured to contact an isolation ridge of the electrical relay and thereby prevent said second ends of said spaced apart channels from being improperly registered with said corresponding quick connect terminals. at least one interference tab extending outwardly from one side of said housing body at said second end that is configured to contact an isolation ridge of the electrical relay and thereby prevent said second ends of said spaced apart channels from being improperly registered with said corresponding quick connect terminals.
A rolled composite aerospace product comprising a 2XXX-series core layer and an Al-Mg alloy clad layer coupled to at least one surface of the 2XXX-series core layer, wherein the AI-Mg alloy is a 5XXX-series aluminium alloy comprising, in wt.%: Mg 3.0% to 4.8%, preferably 3.5% to 4.5%, Sc 0.02% to 0.5%, preferably 0.02% to 0.40%, Mn up to 1%, preferably 0.3% to 1.0%, Zr up to 0.25%, preferably 0.05% to 0.2%, Cr up to 0.3%, Ti up to 0.2%, Cu up to 0.25%, Zn up to 0.5%, Fe up to 0.5%, Si up to 0.3%, impurities each <0.05%, total <0.15%, and balance aluminium.
A chromium-free rust-inhibitive surface treatment agent for metal parts with zinc surfaces consisting of an alcoholic solution of alkoxysilane oligomer having weight-averaged molecular weight of 1,000 to 10,000, wherein silicon atoms in molecules of the alkoxysilane oligomer are partly replaced with titanium atoms from an organic chelate titanium compound, the alcoholic solution contains titanium of 2.5 to 15 atomic % to a total amount of silicon and titanium, and the total amount of silicon and titanium is 5 to 20 weight % in the alcoholic solution when silicon and titanium are converted to SiO2 and TiO2, respectively, and wherein the alcoholic solution of alkoxysilane oligomer is prepared by adding an acid catalyst and water to an alcoholic solution containing alkoxysilane raw material to hydrolyze and condensation-polymerize the alkoxysilane raw material to synthesize alkoxysilane oligomer, and mixing an organic chelate titanium compound with an alcoholic solution of the synthesized alkoxysilane oligomer, wherein the alkoxysilane raw material consists of 90 to 99 mol% of tetraalkoxysilane monomer or alkoxysilane oligomer, which oligomer has weight-averaged molecular weight less than 800, and the balance being alkylalkoxysilane monomer.
Horology movement comprising a jumping display mechanism comprising a display mobile intended to drive a jumping display member, with a first period, an actuating lever designed to act on the said display mobile, with the said first period, and cause it to advance in jumps of at least one step, an elastic member designed to exert a force on the said actuating lever, tending to move it towards the said display mobile, a first control member (14, 20), driven by a first mobile of the horology movement, with the said first period, to convey the said actuating lever into an armed position and load the said elastic member, the said first control member (14, 20) also being designed to disengage from the said actuating lever, after having positioned it in its armed position, and to allow it to act on the said display mobile under the effect of the action of the said elastic member, a latch designed to temporarily lock the said actuating lever, when the said first control member (14, 20) positions it in its armed position, before releasing it so that it can actuate the said display mobile near-instantaneously, characterized in that the said display mechanism comprises a second control member designed to neutralize the said latch, when the said actuating lever is in its armed position, and to release the said actuating lever, and in that the said second control member is driven by a second mobile of the horology movement to neutralize the said latch with a second period shorter than the said first period. a display mobile intended to drive a jumping display member, with a first period, an actuating lever designed to act on the said display mobile, with the said first period, and cause it to advance in jumps of at least one step, an elastic member designed to exert a force on the said actuating lever, tending to move it towards the said display mobile, a first control member (14, 20), driven by a first mobile of the horology movement, with the said first period, to convey the said actuating lever into an armed position and load the said elastic member, the said first control member (14, 20) also being designed to disengage from the said actuating lever, after having positioned it in its armed position, and to allow it to act on the said display mobile under the effect of the action of the said elastic member, a latch designed to temporarily lock the said actuating lever, when the said first control member (14, 20) positions it in its armed position, before releasing it so that it can actuate the said display mobile near-instantaneously,
A head assembly for a radiant burner, said head assembly comprising: a housing defining a plurality of identical housing apertures extending therethrough and an insulator received by said housing and defining a corresponding plurality of identical, complementarily-located insulator apertures extending therethrough; wherein at least one inlet assembly is configured to be received by one of said identical housing apertures, each inlet assembly comprising: a housing portion (165A, 165B) configured to receive at least one fluid from a corresponding fluid supply and to convey said at least one fluid to a corresponding outlet for supply to a combustion chamber of said radiant burner; and characterized in that said at least one inlet assembly also comprises an insulator portion (170A, 170B) configured to at least partially surround said outlet and to fill said complementarily-located insulator aperture. a housing defining a plurality of identical housing apertures extending therethrough and an insulator received by said housing and defining a corresponding plurality of identical, complementarily-located insulator apertures extending therethrough; wherein at least one inlet assembly is configured to be received by one of said identical housing apertures, each inlet assembly comprising: a housing portion (165A, 165B) configured to receive at least one fluid from a corresponding fluid supply and to convey said at least one fluid to a corresponding outlet for supply to a combustion chamber of said radiant burner; and characterized in that said at least one inlet assembly also comprises an insulator portion (170A, 170B) configured to at least partially surround said outlet and to fill said complementarily-located insulator aperture. a housing portion (165A, 165B) configured to receive at least one fluid from a corresponding fluid supply and to convey said at least one fluid to a corresponding outlet for supply to a combustion chamber of said radiant burner; and characterized in that said at least one inlet assembly also comprises an insulator portion (170A, 170B) configured to at least partially surround said outlet and to fill said complementarily-located insulator aperture.
An mounting aid for installations in concrete walls, comprising at least one installation element, a fastening element for fastening the mounting aid to reinforcement elements, a guide element for fastening the installation element, and at least one distancing element which connects the guide element to the at least one fastening element and carries it on account of this, wherein - the guide element is a tube, onto or into which the installation element can be plugged and assembled in different positions along the guide element, and - the mounting aid comprises at least two fastening elements, wherein the installation element is arranged between the at least two fastening elements, wherein the at least two fastening elements are extended in a plane, characterised in that the fastening elements, by way of this, are provided for being fastened to reinforcement elements which run parallel to this plane, and wherein the installation element is arranged in this plane between the at least two fastening elements. - the guide element is a tube, onto or into which the installation element can be plugged and assembled in different positions along the guide element, and - the mounting aid comprises at least two fastening elements, wherein the installation element is arranged between the at least two fastening elements, wherein the at least two fastening elements are extended in a plane,
Vertical centrifugal pump assembly, in particular for wet installation into a closed container, having an intermediate pipe which encloses the shaft of the assembly and is arranged between a cage (5; 21) which supports the electric motor of the assembly and the housing of the centrifugal pump, the assembly being fastened to a horizontally running flat part (19; 29) which is arranged below the flange of the cage (5; 21), in particular to the cover of a container, characterized in that the intermediate pipe is configured as a pure pipe without flanges or other widened portions on its end faces, and the end faces are pressed against the cage (5; 21) and the pump housing by way of screw connections (18, 20; 25; 27) which are distributed uniformly over the circumference, the cage (5; 21) and the flat part (19; 29) which is arranged below it being connected to one another via screw connections (18, 20; 25; 27; 30).
A resin composition, comprising: as resin components, from 30 to 99 wt% of a cellulose-based resin represented by the following formula; and from 1 to 70 wt% of a cinnamic acid ester copolymer: wherein each of R 1, R 2 and R 3 independently represents hydrogen or a substituent having a carbon number of 1 to 12, and wherein the cinnamic acid ester copolymer contains from 10 to 90 mol% of an alkoxycinnamic acid ester residue unit represented by the following formula: wherein each of R 4 and R 5 independently represents an alkyl group having a carbon number of 1 to 12.
Device for transporting and heating (10, 15, 18) a liquid intended to be installed between a means for circulating the liquid and a wiper brush constituting a wiping system of a vehicle window, comprising a wall delimiting at least one liquid circulation duct (22, 23) and in which is embedded a heating element (24, 40) comprising at least one first electrically conductive strand and one second electrically conductive strand, in which is provided a spacing means common to the first strand and to the second strand, characterized in that the spacing means is in contact with the first strand and the second strand, and which extends at least between said strands (25, 26).
A furniture hinge having a fitment portion in the form of a hinge arm which is hingedly connected to a hinge cup by way of at least one hinged lever, and a damping device for damping a relative movement between the hinge arm and the hinge cup, wherein the damping device includes a housing with first fastening means and wherein arranged on the hinge cup are second fastening means, wherein the housing of the damping device - with mounted hinged levers and hinge arm - can be inserted from above into the hinge cup and can be releasably fixed therein so that the housing, in the mounting position, is arranged substantially completely within the hinge cup, wherein the housing of the damping device and the hinge cup can be brought into engagement with each other in this mounting position, characterized in that the first fastening means include at least one movable or mobile arresting element arranged on the housing and that the second fastening means include an opening or a latching edge arranged in a side wall of the hinge cup, wherein in the mounting position of the housing, the at least one arresting element is in engagement with the opening or the latching edge of the side wall.
Method for detecting the presence of an anomaly Δ( t) included in a physical signal representing the progress of a patient's physiological parameters, called observed physical signal Y(t), said observed physical signal Y ( t) comprising an addition of a physical disturbance signal X ( t), and a reference signal f ( t), and said anomaly being relative to a modification of the behavior of the reference signal f ( t) relative to a first tolerance value ( τ), said method being carried out by a device capable of detecting an anomaly and comprising a step for determining a temporal set E comprising at least one instant of interest; characterized in that said method comprises: a step for detecting the presence of said anomaly within said observed physical signal Y ( t)comprinsing: - a step for projecting the observed physical signal along a vector of form p of the reference signal, said step for projecting delivering a projected value u for said at least one instant of interest, said vector of form p of the reference signal is obtained for the temporal set E by using a regression technique on the basis of a model of the reference signal; and - a step for comparing, for at least one instant of interest, an absolute value of said projected value u with a first threshold λ γ 1 ∗ = Q |τ+ w | (1 - γ 1) where γ 1 is a rate of tolerated false alarms, τ is said first tolerance value, Q is a quantile function of a random variable | τ + w | where w is a projection of said physical disturbance signal according to the estimation of said vector of form p, said step for comparing corresponding to a hypothesis test enabling the detection of an anomaly when the absolute value of said projected value u is above said first threshold λ γ 1 ∗. - a step for projecting the observed physical signal along a vector of form p of the reference signal, said step for projecting delivering a projected value u for said at least one instant of interest, said vector of form p of the reference signal is obtained for the temporal set E by using a regression technique on the basis of a model of the reference signal; and - a step for comparing, for at least one instant of interest, an absolute value of said projected value u with a first threshold λ γ 1 ∗ = Q |τ+ w | (1 - γ 1) where γ 1 is a rate of tolerated false alarms, τ is said first tolerance value, Q is a quantile function of a random variable | τ + w | where w is a projection of said physical disturbance signal according to the estimation of said vector of form p, said step for comparing corresponding to a hypothesis test enabling the detection of an anomaly when the absolute value of said projected value u is above said first threshold λ γ 1 ∗.
A method for manufacturing a part made of composite material comprising the following steps: - pre-compacting to a predetermined shape of a mixture of a first thermosetting resin with discontinuous long fibers so as to form a first preform, - pre-curing the first preform until an intermediate conversion stage of the first thermosetting resin corresponding to a solidification of said first resin, - contacting the first preform with a second preform comprising a fiber structure of continuous fibers impregnated with a second thermosetting resin, - polymerization of the first and second preforms (220, 210) so as to form a part made of composite material (100; 100'; 100") comprising a body (110; 110') made of composite material comprising reinforcement made of continuous fibers consolidated by an organic matrix provided with a portion (120; 120') made of composite material comprising reinforcement made of discontinuous long fibers consolidated by an organic matrix. - pre-compacting to a predetermined shape of a mixture of a first thermosetting resin with discontinuous long fibers so as to form a first preform, - pre-curing the first preform until an intermediate conversion stage of the first thermosetting resin corresponding to a solidification of said first resin, - contacting the first preform with a second preform comprising a fiber structure of continuous fibers impregnated with a second thermosetting resin, - polymerization of the first and second preforms (220, 210) so as to form a part made of composite material (100; 100'; 100") comprising a body (110; 110') made of composite material comprising reinforcement made of continuous fibers consolidated by an organic matrix provided with a portion (120; 120') made of composite material comprising reinforcement made of discontinuous long fibers consolidated by an organic matrix.
Ink for an electrochromic device, comprising an electrochromic material which is a compound capable of reversible color display by electrochemical change according to an electric field direction when a voltage is applied; a metal salt; and a solvent.
Use of one or more oligonucleotide probes or primers for ME2 for determining the progression of colorectal cancer, wherein a decrease in expression of ME2 is indicative of an increased likelihood of CRC recurrence after standard treatment, and an increase in expression of ME2 is indicative of a decreased likelihood of CRC recurrence after standard treatment.
A process for producing a sponge cake, the process comprising preparing a batter from ingredients comprising flour, egg, sugar, an enzyme having lysophospholipase activity and an enzyme having maltogenic alpha-amylase activity, and baking or steaming the batter to produce the sponge cake, wherein the lysophospholipase has at least 70% sequence identity to the mature polypeptide of SEQ ID NO:1.
A method of preparing an active immunoconjugate, wherein said immunoconjugate is deamidated at one or more residues, wherein the deamidation results in an inhibition of potency of said immunoconjugate, and wherein said immunoconjugate is composed of two polypeptide chains joined by a disulfide bond, the method comprising refolding said immunoconjugate in a fed-batch refolding process in a refold buffer having a pH of 9.5 or less, and purifying the refolded immunoconjugate using a two cycle elution on an ion exchange column, wherein the column is stripped between a first elution and a second elution with a stripping buffer comprising ethanolamine, arginine, Ethylenediaminetetraacetic acid (EDTA), urea and dithiothreitol.