mhurhangee/ep-ind-claims huggingface dataset:
A method for regenerating a cell composite of an energy storage element, which cell composite comprises cell groups connected in series, by means of energy storage element diagnostic circuits, which are connected to the cell groups, wherein each energy storage element diagnostic circuit outputs a flag in the presence of an overvoltage or an undervoltage of the cell group connected to said circuit, said method comprising the following steps: a) detecting the presence of at least one flag, b) assessing whether an overvoltage or an undervoltage is present and setting a flag (S5, S7) relating to the presence of an overvoltage or undervoltage, and c) checking whether only overvoltages or only undervoltages have occurred, characterised by the following steps: d) if only overvoltages or only undervoltages are present, checking whether a flag is still present (S17, S21); if there is now no flag present, starting a regeneration; if there is a flag still present, checking whether a defect is present (S19, S23), starting a regeneration if there is no defect, and starting an emergency procedure if there is a defect, and e) if overvoltages and undervoltages are present, controlling the voltage of the cell composite (U_Stack) to a specific voltage, checking whether a flag is still present; if there is now no flag present, starting a regeneration; if there is still a flag present, starting an emergency procedure. a) detecting the presence of at least one flag, b) assessing whether an overvoltage or an undervoltage is present and setting a flag (S5, S7) relating to the presence of an overvoltage or undervoltage, and c) checking whether only overvoltages or only undervoltages have occurred, d) if only overvoltages or only undervoltages are present, checking whether a flag is still present (S17, S21); if there is now no flag present, starting a regeneration; if there is a flag still present, checking whether a defect is present (S19, S23), starting a regeneration if there is no defect, and starting an emergency procedure if there is a defect, and e) if overvoltages and undervoltages are present, controlling the voltage of the cell composite (U_Stack) to a specific voltage, checking whether a flag is still present; if there is now no flag present, starting a regeneration; if there is still a flag present, starting an emergency procedure.
A hot-dip galvanized steel sheet, which is a steel sheet comprising, in mass%, C: from 0.10 to 0.4%, Si: from 0.01 to 0.5%, Mn: from 1.0 to 3.0%, O: 0.006% or less, P: 0.04% or less, S: 0.01% or less, Al: from 0.1 to 3.0%, N: 0.01% or less, and optionally one member or two or more members of Cr: from 0.05 to 1.0%, Ni: from 0.05 to 1.0%, Cu: from 0.05 to 1.0%, Nb: from 0.005 to 0.3%, Ti: from 0.005 to 0.3%, V: from 0.005 to 0.5%, B: from 0.0001 to 0.01%, Ca: from 0.0005 to 0.04%, Mg: from 0.0005 to 0.04%, La: from 0.0005 to 0.04%, Ce: from 0.0005 to 0.04%, and Y: from 0.0005 to 0.04%, with the balance being Fe and unavoidable impurities, wherein the structure of the steel sheet further comprises, in terms of volume fraction, 40% or more of the total content of bainite and martensite, from 8 to 60% of retained austenite, and less than 40% of ferrite, with the balance being an unavoidable structure, and alloying hot-dip galvanization is applied to the steel sheet surface, and the hot-dip galvanized steel sheet has a layer of an intermetallic compound composed of Fe, Al, Zn and unavoidable impurities at the interface between the hot-dip galvanized layer and the underlying steel sheet, the average thickness of the intermetallic compound layer is 0.1 to 2 μm or less, and the crystal grain size of the intermetallic compound is 0.01 or more to 1 μm or less, and the arithmetic mean roughness Ra of the underlying steel sheet surface after removing the hot-dip galvanized layer is 0.1 or more to 2.0 μm or less, and the average length RSm of the contour curve element in the roughness curve is 5 or more to 300 μm or less.
A medical device, comprising: a motion sensor configured to produce a motion signal; a pulse generator configured to deliver ventricular pacing pulses; and a control circuit configured to: determine a first sensor indicated pacing rate from the motion signal sensed over a first time interval; determine a first ventricular rate from at least ventricular pacing pulses delivered by the pulse generator during the first time interval; determine a first threshold rate by adding a tolerance to the determined first ventricular rate; determine that the first sensor indicated pacing rate is less than the first threshold rate determined by adding the tolerance to the determined first ventricular rate; and control the pulse generator to deliver ventricular pacing pulses according to an atrial tracking pacing mode in response to at least the first sensor indicated pacing rate being less than the first threshold rate. a motion sensor configured to produce a motion signal; a pulse generator configured to deliver ventricular pacing pulses; and a control circuit configured to: determine a first sensor indicated pacing rate from the motion signal sensed over a first time interval; determine a first ventricular rate from at least ventricular pacing pulses delivered by the pulse generator during the first time interval; determine a first threshold rate by adding a tolerance to the determined first ventricular rate; determine that the first sensor indicated pacing rate is less than the first threshold rate determined by adding the tolerance to the determined first ventricular rate; and control the pulse generator to deliver ventricular pacing pulses according to an atrial tracking pacing mode in response to at least the first sensor indicated pacing rate being less than the first threshold rate. determine a first sensor indicated pacing rate from the motion signal sensed over a first time interval; determine a first ventricular rate from at least ventricular pacing pulses delivered by the pulse generator during the first time interval; determine a first threshold rate by adding a tolerance to the determined first ventricular rate; determine that the first sensor indicated pacing rate is less than the first threshold rate determined by adding the tolerance to the determined first ventricular rate; and control the pulse generator to deliver ventricular pacing pulses according to an atrial tracking pacing mode in response to at least the first sensor indicated pacing rate being less than the first threshold rate.
Household dishwasher with a washing container, at least one functional unit provided in a container bottom of the washing container, a lower rack embodied as a wire basket and a lower rack raising means, characterised in that - the lower rack has at least one fixed lower rack element and at least one removable lower rack element, wherein access to the bottom area of the washing container of the household dishwasher can be unblocked by the removal of the removable lower rack element, - the at least one fixed lower basket element is embodied as an at least one basket bottom, a front wall and two side walls (27, 28) of the wire basket and - the at least one removable lower rack element is embodied as a rear wall of the wire basket. - the lower rack has at least one fixed lower rack element and at least one removable lower rack element, wherein access to the bottom area of the washing container of the household dishwasher can be unblocked by the removal of the removable lower rack element, - the at least one fixed lower basket element is embodied as an at least one basket bottom, a front wall and two side walls (27, 28) of the wire basket and - the at least one removable lower rack element is embodied as a rear wall of the wire basket.
A method, comprising: receiving, by a computing device, image data of a plurality of kernels of a crop located in a combine harvester; determining, by the computing device, one or more dimensions of a kernel of the plurality of kernels based on the image data; and determining, by the computing device, a test weight based on the determined one or more dimensions and a table comprising correlations between kernel dimensions and test weights. receiving, by a computing device, image data of a plurality of kernels of a crop located in a combine harvester; determining, by the computing device, one or more dimensions of a kernel of the plurality of kernels based on the image data; and determining, by the computing device, a test weight based on the determined one or more dimensions and a table comprising correlations between kernel dimensions and test weights.
An airfoil (201; 301; 401; 501) of a gas turbine engine comprising: a leading edge (212; 312) extending in a radial direction; a tip (218; 318; 418; 518) extending in an axial direction from the leading edge; a first rib (232; 332; 432; 532) extending radially within the airfoil, the leading edge and the first rib defining a leading edge cavity (220; 320; 420; 520) within the airfoil; a second rib (234; 334), the second rib and the first rib defining a serpentine cavity (228; 328; 428; 528) therein; a third rib (236; 336; 436; 536) extending axially within the tip, a flag tip cavity (226; 326; 426; 526) defined by the third rib, the leading edge, and the tip, the leading edge cavity fluidly connected to the flag tip cavity; and a bypass aperture (240; 340; 440; 540) formed between the first rib and the third rib, the bypass aperture configured to fluidly connect the serpentine cavity with the flag tip cavity; and characterized by further comprising a divider portion (242; 342; 442; 542) located proximate to the bypass aperture within the serpentine cavity and configured to aid in directing (i) a first portion of air from the serpentine cavity into the flag tip cavity and (ii) a second portion of air within the serpentine cavity. a leading edge (212; 312) extending in a radial direction; a tip (218; 318; 418; 518) extending in an axial direction from the leading edge; a first rib (232; 332; 432; 532) extending radially within the airfoil, the leading edge and the first rib defining a leading edge cavity (220; 320; 420; 520) within the airfoil; a second rib (234; 334), the second rib and the first rib defining a serpentine cavity (228; 328; 428; 528) therein; a third rib (236; 336; 436; 536) extending axially within the tip, a flag tip cavity (226; 326; 426; 526) defined by the third rib, the leading edge, and the tip, the leading edge cavity fluidly connected to the flag tip cavity; and a bypass aperture (240; 340; 440; 540) formed between the first rib and the third rib, the bypass aperture configured to fluidly connect the serpentine cavity with the flag tip cavity; and characterized by further comprising a divider portion (242; 342; 442; 542) located proximate to the bypass aperture within the serpentine cavity and configured to aid in directing (i) a first portion of air from the serpentine cavity into the flag tip cavity and (ii) a second portion of air within the serpentine cavity.
Master unit for vehicles, in particular for vehicles steered by a handlebar, comprising a housing, a master cylinder unit provided in the housing, an actuation unit for manually actuating the master cylinder unit with a push lever which is pivotable relative to the housing about a push lever pivot axis and with a push element transmitting a movement of the push lever to the master cylinder unit, which push element is provided on the push lever and, when the actuation unit is manually actuated, acts, via a pressure surface at a contact point, on a contact surface of the master cylinder unit, characterised in that, in order to adjust a transmission ratio of the actuation unit with which the actuation unit acts on the master cylinder unit, a lever arm effective in the event of the actuation is adjustable between the contact point and the push lever pivot axis by means of an adjustment device, in that the adjustment device is arranged on the actuation unit, and in that a spacing between the contact point and the push lever pivot axis is adjustable by means of the adjustment device.
Apparatus useful in the continuous, automated, real time determination of the presence of microorganisms in a water sample comprising a biosensor connected via a first valve means to a means for providing a water sample to said biosensor, said biosensor further comprising a pressure regulator means and a restrictor means which regulate flow of water to a sample chamber, said sample chamber having a first transport means for transport of a volume of sample to a mixing chamber, an indicator reservoir having a second means for transport of indicator which is a DNA stain to said mixing chamber, wherein said first and second means for transport have connected thereto an injection valve means for controlling volume of sample and indicator; said mixing chamber having a syringe means connected thereto, said syringe means operating to mix said sample and indicator, means for containing an analysis sample in fluid connection with said mixing chamber, and a means for determining said indicator in said means for containing said analysis sample.
Industrial truck comprising a frame, a mast which can be tilted forwards and backwards, between two end positions, relative to the frame about a tilt axis, a mast tilting apparatus for setting different tilt positions of the mast, and comprising tilt detection means (26, 32) for determining a particular extent to which the mast is tilted relative to the frame, the tilt detection means (26, 32) comprising at least one distance sensor fixedly arranged on the frame and/or at least one distance sensor fixedly arranged on the mast, which sensor is designed to contactlessly monitor a changing distance between a defined fixed point on the frame and a defined fixed point on the mast of the industrial truck when the mast tilts, and to provide a measuring signal that is dependent on this distance, characterised in that the industrial truck further comprises an electronic evaluation device which comprises a display device, is connected to the tilt detection means (26, 32) for data transmission, and is designed to receive and evaluate the measuring signal from the distance sensor and to display the correspondingly evaluated data graphically and/or acoustically and/or in the form of haptic vibrations by means of the display device as a measure of the tilt of the mast, the industrial truck further comprising a position detection device which is designed to detect any inclined positions of the industrial truck relative to the horizontal, and to send relevant measuring signals to the evaluation device, the evaluation device being designed to evaluate information from the position detection device relating to the orientation of the industrial truck relative to the horizontal in combination with information from the tilt detection means (26, 32) relating to the tilt position of the mast relative to the frame, in order to provide data for displaying the absolute orientation of the mast relative to the vertical.
Process for preparing an aqueous dispersion of water-soluble polymers which can be dissolved in water, at least under certain pH and salinity conditions, at a concentration of more than 0.1 g/l, without the appearance of aggregates/particles having dimensions greater than 100 nm such that they are microscopically observable, which process comprises a step of radical polymerization, wherein the following are brought into contact in an aqueous medium in which the synthesized polymer is not soluble: - at least one ethylenically unsaturated monomer which is soluble in the aqueous medium; - at least one source of free radicals; and - reactive stabilizer which comprises: - a polymer chain which is soluble in the medium, - a group providing the radical polymerization of step with a living and controlled nature, such as, for example, a group carrying a thiocarbonylthio -S(C=S)- group. - at least one ethylenically unsaturated monomer which is soluble in the aqueous medium; - at least one source of free radicals; and - reactive stabilizer which comprises: - a polymer chain which is soluble in the medium, - a group providing the radical polymerization of step with a living and controlled nature, such as, for example, a group carrying a thiocarbonylthio -S(C=S)- group. - a polymer chain which is soluble in the medium, - a group providing the radical polymerization of step with a living and controlled nature, such as, for example, a group carrying a thiocarbonylthio -S(C=S)- group.
A leave-on oral care composition comprising: (a) gum health compound, preferably wherein the gum health compound comprises metal ion source, vitamin, allantoin, gum strengthening compound, or combinations thereof; and (b) amino acid, wherein the amino acid comprises one or more amino acids, peptide and/or polypeptide and wherein the gum health compound comprises retinol and the amino acid comprises pal-KTTKS, preferably wherein the oral care composition is free of abrasive, or more preferably wherein the gum health compound is free of jasmonic acid compound, gibberellic acid, zeatin compound, or combinations thereof. (a) gum health compound, preferably wherein the gum health compound comprises metal ion source, vitamin, allantoin, gum strengthening compound, or combinations thereof; and (b) amino acid, wherein the amino acid comprises one or more amino acids, peptide and/or polypeptide and wherein the gum health compound comprises retinol and the amino acid comprises pal-KTTKS, preferably wherein the oral care composition is free of abrasive, or more preferably wherein the gum health compound is free of jasmonic acid compound, gibberellic acid, zeatin compound, or combinations thereof.
A beam-splitting apparatus arranged to receive an input radiation beam and split the input radiation beam into a plurality of output radiation beams (B a - B j); the beam-splitting apparatus comprising a plurality of reflective diffraction gratings arranged to receive a radiation beam and configured to form a diffraction pattern comprising a plurality of diffraction orders, at least some of the reflective diffraction gratings being arranged to receive a 0 th diffraction order formed at another of the reflective diffraction gratings; wherein the reflective diffraction gratings are arranged such that the optical path of each output radiation beam includes no more than one instance of a diffraction order which is not a 0 th diffraction order.
A confectionary container (1, 8) comprising: a chamber for storing confectionary; a domed base (2, 9) and an upper surface (3, 10); an egress that is openable so as to allow confectionary to be removed from the container and closable so as to prevent confectionary being removed from the container; wherein the egress is either formed between the upper surface and the domed base or is formed on the domed base; the upper surface is flat and comprises indicia printed thereon; said confectionary container being characterized in that the container is hemispherical. a chamber for storing confectionary; a domed base (2, 9) and an upper surface (3, 10); an egress that is openable so as to allow confectionary to be removed from the container and closable so as to prevent confectionary being removed from the container; wherein the egress is either formed between the upper surface and the domed base or is formed on the domed base; the upper surface is flat and comprises indicia printed thereon; said confectionary container being characterized in that the container is hemispherical.
A method for manufacturing an imaging device comprising a second case in which is embedded a lens group composed of a plurality of lenses (3a, 3b) and constituting a body case integrally with a first case, an imaging element for converting an image obtained through said lens group into an electrical signal, and a circuit board with said imaging element mounted thereon, said second case having mounting means (3c, 3d) integrally formed therewith and protruding from within the second case towards said circuit board for fixing said circuit board thereto, said mounting means (3c. 3d) defining a reference plane where said circuit board abuts, comprising: photographing a focus adjustment chart, adjusting a clearance between said mounting means and said circuit board, by increasing a distance between said reference plane and a mounting surface of said circuit board, at a clearance position where said imaging element obtains an optimal image by moving said circuit board in a direction of an optical axis of said lens group so that the resolution of the photographed focus adjustment chart becomes the highest; interposing an adjustment member (7a, 7b) having a thickness based on said adjusted clearance position where the resolution is the highest between said circuit board and said mounting means (3c, 3d, 8a, 8b); and fixing said circuit board onto said mounting means (3c, 3d) with fixing screws (8a, 8b). photographing a focus adjustment chart, adjusting a clearance between said mounting means and said circuit board, by increasing a distance between said reference plane and a mounting surface of said circuit board, at a clearance position where said imaging element obtains an optimal image by moving said circuit board in a direction of an optical axis of said lens group so that the resolution of the photographed focus adjustment chart becomes the highest; interposing an adjustment member (7a, 7b) having a thickness based on said adjusted clearance position where the resolution is the highest between said circuit board and said mounting means (3c, 3d, 8a, 8b); and fixing said circuit board onto said mounting means (3c, 3d) with fixing screws (8a, 8b).
Device for controlling an airflow through an exhaust channel, comprising an opening for passing through the airflow, an exhaust valve which in a first direction is movable between a closed state for completely closing said opening and an open state and which has a cross-section that is larger than a cross-section of said opening, and a motor with rotatable driving axis for moving said exhaust valve in a substantially rectilinear way in said first direction from its closed state to its open state, characterized in that the movement of the exhaust valve from its open state to its closed state occurs in a second direction which equals the direction of the airflow, and wherein a cam is mounted onto said driving axis and comprises an outer edge intended for contacting the exhaust valve and for pushing the exhaust valve in the first direction to its open state, and wherein at least one spring member is provided which is arranged to force the exhaust valve in said second direction opposite to said first direction to its closed state.
A composition, comprising a peptide or peptidomimetic 7 to 100 amino acids in length comprising the amino acid sequence SEQ ID NO:1, and wherein the composition inhibits calcineurin-NFAT signaling.