mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting information in a battery management system, characterized by comprising: determining, from a plurality of slave nodes (S 0, S 1, S 2, S k), a fault slave node that communicates abnormally with a master node in the battery management system; selecting a target slave node from the plurality of slave nodes (S 0, S 1, S 2, S k), wherein the target slave node is a slave node other than the fault slave node; transmitting frequency conversion information to the target slave node, so that the target slave node forwards the frequency conversion information to the fault slave node, and the fault slave node performs a frequency conversion based on the frequency conversion information, wherein the frequency conversion information comprises information determined by the master node based on a frequency table of the fault slave node, and comprises a new frequency that the fault slave node needs to convert to, wherein the new frequency comprises any frequency among the frequency table of the fault slave node other than a frequency when abnormal communication between the fault slave node and the master node occurs; and transmitting information with the fault slave node using a frequency after the frequency conversion. determining, from a plurality of slave nodes (S 0, S 1, S 2, S k), a fault slave node that communicates abnormally with a master node in the battery management system; selecting a target slave node from the plurality of slave nodes (S 0, S 1, S 2, S k), wherein the target slave node is a slave node other than the fault slave node; transmitting frequency conversion information to the target slave node, so that the target slave node forwards the frequency conversion information to the fault slave node, and the fault slave node performs a frequency conversion based on the frequency conversion information, wherein the frequency conversion information comprises information determined by the master node based on a frequency table of the fault slave node, and comprises a new frequency that the fault slave node needs to convert to, wherein the new frequency comprises any frequency among the frequency table of the fault slave node other than a frequency when abnormal communication between the fault slave node and the master node occurs; and transmitting information with the fault slave node using a frequency after the frequency conversion.
A wearable electronic device comprising: a processor; and a sensor system providing inputs to the processor, the sensor system including a first sensor and a second sensor, the first sensor being a heart rate sensor that consumes a greater amount of power when in operation than the second sensor, which is an accelerometer; wherein the processor is configured to operate in a high power mode in which both sensors (62, 64) are operational and a low power mode in which the second sensor is operational and the first sensor is not operational; wherein, in the high power mode, the processor is configured to compute a calorie expenditure about a user for a first time period based on first data from the first sensor; and wherein, in the low power mode, the processor is configured to compute the calorie expenditure for a second time period based on: second data from the second sensor; and the first data and/or a value derived from the first data, wherein the value derived from the first data comprises a first value and a second value, the first value being a resting heart rate and the second value being a heart rate recovery rate. a processor; and a sensor system providing inputs to the processor, the sensor system including a first sensor and a second sensor, the first sensor being a heart rate sensor that consumes a greater amount of power when in operation than the second sensor, which is an accelerometer; wherein the processor is configured to operate in a high power mode in which both sensors (62, 64) are operational and a low power mode in which the second sensor is operational and the first sensor is not operational; wherein, in the high power mode, the processor is configured to compute a calorie expenditure about a user for a first time period based on first data from the first sensor; and wherein, in the low power mode, the processor is configured to compute the calorie expenditure for a second time period based on: second data from the second sensor; and the first data and/or a value derived from the first data, wherein the value derived from the first data comprises a first value and a second value, the first value being a resting heart rate and the second value being a heart rate recovery rate. second data from the second sensor; and the first data and/or a value derived from the first data, wherein the value derived from the first data comprises a first value and a second value, the first value being a resting heart rate and the second value being a heart rate recovery rate.
Key for a rotary lock cylinder, comprising a key grip and a key shaft which adjoins the key grip and extends along a longitudinal axis, wherein the key shaft has control recesses, in particular control bores, on its outer side, for manipulation of tumblers on the rotary lock cylinder, and at least one control element arranged movably in the key shaft, which control element has a control surface interacting with a tumbler of the rotary lock cylinder, wherein the key shaft has a recess which is designed in such a manner that a manipulation element of the rotary lock cylinder can act on the control element through the recess when the key is inserted into the rotary lock cylinder, when the key is inserted into the rotary lock cylinder, in such a manner that the control element is movable with respect to the key shaft and can thus bring the tumbler into the release position, wherein the control element is arranged in a bore in the key shaft, wherein the recess opens into the bore, characterized in that the control element comprises a bolt arranged in a bore in the key, and a spring element, in particular a compression spring, which acts upon the bolt with a force which pushes the control element inwards, as seen from the key shaft, wherein the bolt has said control surface.
An isolated polypeptide comprising (a) the amino acid sequence set forth in SEQ ID NO: 4; or (b) an amino acid sequence that is at least 95% identical to SEQ ID NO: 4; wherein said polypeptide enhances glucose metabolism.
Procedure to make a friction-reducing surface-structure on a first surface surrounded with a streaming medium, characterized by the fact that first the parts of the first surface which is to be provided with the special surface structure are painted with a paint that can be hardened under a tight foil, after which, when the paint has already begun to harden a totally tight plastic foil is applied to the first surface, the side of the foil facing the first surface having stamped surface opposite to the one the surface shall have, at which the foil is gradually pressed against the paint so that it enters into the depressions of the foil and air between the foil and the paint is pressed out, and that the foil sticks to the paint and the foil may remain on the paint until it has hardened after which the foil is pulled off.
A solvent dispersion of a composite resin, which comprises a solvent and a composite resin comprising a thermoplastic elastomer and a polymer of copolymerizable monomers consisting of a monomer having an α,β-monoethylenically unsaturated group and other copolymerizable monomer(s), wherein the thermoplastic elastomer is a propylene-based elastomer having a molecular weight distribution (Mw/Mn) of 3 or less as measured by gel permeation chromatography, and the copolymerizable monomers include at least one monomer containing no functional groups selected from (meth)acrylic acid esters, epoxy-containing vinyls, isocyanate-containing vinyls, aromatic vinyls, ethylene, propylene, C4-20 α-olefins, and macromonomers which have the above-mentioned monomers or copolymers thereof as segments and have vinyl groups at the terminals.
An improved pharmaceutical composition for nasal use comprising two active ingredients (i) and (ii): (i) xylometazoline hydrochloride < 1 >, (ii) hyaluronic acid <2; HA> or its pharmaceutically acceptable salts such as sodium hyaluronate < 2a; SH>: and, (iii) one or more excipients required for the preparation of sterile final dosage forms for nasal use selected from the group consisting of: nasal drops, nasal wash, and nasal spray intended for single or multiple use from the corresponding container; wherein said formulation exhibits increased stability of xylometazoline and increased mucociliary activity, osmolality from 0.24-0.50 Osmol/kg and pH value of the said composition selected to be 4.0-7.5, characterised by that the hyaluronic acid < 2 > or its pharmaceutically acceptable salt 2a is used in a low-molecular-weight <LMW HA or SH> form, from 150,000-250,000 Daltons. (i) xylometazoline hydrochloride < 1 >, (ii) hyaluronic acid <2; HA> or its pharmaceutically acceptable salts such as sodium hyaluronate < 2a; SH>: and, (iii) one or more excipients required for the preparation of sterile final dosage forms for nasal use selected from the group consisting of: nasal drops, nasal wash, and nasal spray intended for single or multiple use from the corresponding container;
A method for modifying an agricultural crop comprising treating the agricultural crop with a composition selected from the group consisting of (a) a composition comprising a xyloglucan endotransglycosylase, a polymeric xyloglucan, and a functionalized xyloglucan oligomer comprising a chemical group; (b) a composition comprising a xyloglucan endotransglycosylase, a polymeric xyloglucan functionalized with a chemical group, and a functionalized xyloglucan oligomer comprising a chemical group; (c) a composition comprising a xyloglucan endotransglycosylase, a polymeric xyloglucan functionalized with a chemical group, and a xyloglucan oligomer; (d) a composition comprising a xyloglucan endotransglycosylase, a polymeric xyloglucan, and a xyloglucan oligomer; (e) a composition comprising a xyloglucan endotransglycosylase and a polymeric xyloglucan functionalized with a chemical group; (f) a composition comprising a xyloglucan endotransglycosylase and a polymeric xyloglucan; (g) a composition comprising a xyloglucan endotransglycosylase and a functionalized xyloglucan oligomer comprising a chemical group and (h) a composition comprising a xyloglucan endotransglycosylase and a xyloglucan oligomer, in a medium under conditions leading to a modified agricultural crop possessing an improved property compared to the unmodified agricultural crop.
A large surface area ultrasonic block horn (201, 300, 500, 600), comprising a plurality of shaped elements (200, 301, 500, 602), each shaped element having a node (206, 303, 502, 604) at a mid-point of the shaped element that is narrower than opposed ends of the shaped element wherein each shaped element (206, 303, 502, 604) has a ratio of /(a) of at least two where is a weld area of that shaped element and (a) is a cross-sectional area of the node of that shaped element wherein the weld area of that shaped element is an area of a base of that shaped element that is adjacent a booster of an ultrasonic stack when the ultrasonic block horn is attached to the booster.
Process for producing an aerated concrete from binder-containing mixtures consisting of - binders of Portland cement according to DIN EN 197 or of mixtures of hydraulic, latent hydraulic and/or pozzolanic setting binder, - water in a proportion of 20 - 60% by mass relative to the mass of the binder in the mixture, - aluminum powder as a chemical foaming agent with 0.05 - 0.25 % by mass relative to the mass of the binder to form predominantly air voids in the aerated concrete, wherein the foaming agent in the form of a powder forms a mixture of different particle sizes, - concrete additives selected from the group of microsilica, ground granulated blast furnace slag and/or fly ash with a proportion of 0.5 - 25 % by mass relative to the mass of the binder, - concrete admixtures of predominantly liquefying character and in a proportion of 0.5 - 5% by mass relative to the mass of the binder, characterized in that - binder, concrete additives and concrete admixtures are mixed together, - the aluminum powder is added as a chemical foaming agent as a mixture of different particle sizes to the mixture in fully dispersed state of the particles in water, - the mixture is set at the beginning of the reactions of setting by adding water to a fresh mortar consistency of at least the consistency class F4 (very soft) according to DIN 1045-2, - the thus prepared binder-containing mixture is chemically distended by the foaming agent by forming air voids of different sizes and substantially homogeneous distribution, and - hardens under atmospheric pressure at normal ambient temperature by means of hydration of the binder. - binders of Portland cement according to DIN EN 197 or of mixtures of hydraulic, latent hydraulic and/or pozzolanic setting binder, - water in a proportion of 20 - 60% by mass relative to the mass of the binder in the mixture, - aluminum powder as a chemical foaming agent with 0.05 - 0.25 % by mass relative to the mass of the binder to form predominantly air voids in the aerated concrete, wherein the foaming agent in the form of a powder forms a mixture of different particle sizes, - concrete additives selected from the group of microsilica, ground granulated blast furnace slag and/or fly ash with a proportion of 0.5 - 25 % by mass relative to the mass of the binder, - concrete admixtures of predominantly liquefying character and in a proportion of 0.5 - 5% by mass relative to the mass of the binder, - binder, concrete additives and concrete admixtures are mixed together, - the aluminum powder is added as a chemical foaming agent as a mixture of different particle sizes to the mixture in fully dispersed state of the particles in water, - the mixture is set at the beginning of the reactions of setting by adding water to a fresh mortar consistency of at least the consistency class F4 (very soft) according to DIN 1045-2, - the thus prepared binder-containing mixture is chemically distended by the foaming agent by forming air voids of different sizes and substantially homogeneous distribution, and - hardens under atmospheric pressure at normal ambient temperature by means of hydration of the binder.
A roll container comprising: - a base, which has a quadrilateral shape and comprises uprights provided to opposing lateral edges or corners of the base, - two elongated supports, which are supported by the base, and - a folding mechanism between the base and the supports for turning the supports between: ∘ an operational state, in which the supports extend transversally in respect to the base, and ∘ a folded state, in which the supports extend parallel to the base, characterized in that: - the folding mechanism comprises an elongated guide provided to the uprights and a hinge pin, which is provided to the supports and configured to run in the guide of the upright, which folding mechanism is configured to allow respective translation and rotation between the support and base during conversion between the operational and folded state, - each one of the two elongated supports comprises a plurality of individual slots provided in a spaced apart configuration along the supports, wherein each one of the plurality of individual slots is configured to receive a tab (133, 134) of a shelf of a respective plurality of shelves in a spaced apart configuration; - the base comprises carrier beams connecting both pairs of adjacent uprights and extending along lateral sides of and elevated from the topside of the base; - the supports comprise cooperating counterpart beams, which are configured to rest against the carrier beams of the base in the operational state of the roll container. - a base, which has a quadrilateral shape and comprises uprights provided to opposing lateral edges or corners of the base, - two elongated supports, which are supported by the base, and - a folding mechanism between the base and the supports for turning the supports between: ∘ an operational state, in which the supports extend transversally in respect to the base, and ∘ a folded state, in which the supports extend parallel to the base, ∘ an operational state, in which the supports extend transversally in respect to the base, and ∘ a folded state, in which the supports extend parallel to the base, - the folding mechanism comprises an elongated guide provided to the uprights and a hinge pin, which is provided to the supports and configured to run in the guide of the upright, which folding mechanism is configured to allow respective translation and rotation between the support and base during conversion between the operational and folded state, - each one of the two elongated supports comprises a plurality of individual slots provided in a spaced apart configuration along the supports, wherein each one of the plurality of individual slots is configured to receive a tab (133, 134) of a shelf of a respective plurality of shelves in a spaced apart configuration; - the base comprises carrier beams connecting both pairs of adjacent uprights and extending along lateral sides of and elevated from the topside of the base; - the supports comprise cooperating counterpart beams, which are configured to rest against the carrier beams of the base in the operational state of the roll container.
A riding mower, comprising: a chassis, and a mower deck movable with respect to the chassis, a flexible guard to block contact with moveable parts of the riding mower, the flexible guard comprising: a piece (110, 110a, 110b, 302) of flexible material; characterised in that the flexible guard is disposed between the chassis and the mower deck, the flexible guard further comprising: a first support (112, 112a, 112b) to attach the piece (110, 110a, 110b, 302) of flexible material to the chassis, and a second support (114, 114a, 114b) to attach the piece (110, 110a, 110b, 302) of flexible material to the mower deck, wherein the mower deck is moveable relative to the chassis and wherein the first support (112, 112a, 112b) provides substantially complete contact between the piece (110, 110a, 110b, 302) of flexible material and a contour of the chassis and the second support (114, 114a, 114b) provides substantially complete contact between the piece (110, 110a, 110b, 302) of flexible material and a contour of the mower deck to protect and to substantially completely block contact with the moveable parts within the flexible guard.
An exhaust purification system of an internal combustion engine wherein an exhaust purification catalyst for reacting NO x contained in exhaust gas and reformed hydrocarbons is arranged in an engine exhaust passage, precious metal catalysts (51, 52) are carried and a basic layer is formed on the exhaust purification catalyst, the exhaust purification catalyst has a property of storing NO x which is contained in exhaust gas when an air-fuel ratio of an exhaust gas flowing into the exhaust purification catalyst is lean and releasing stored NO x when the air-fuel ratio of the inflowing exhaust gas becomes rich and has a property of reducing the NO x which is contained in exhaust gas if making a concentration of hydrocarbons flowing into the exhaust purification catalyst vibrate within a predetermined range of amplitude and within a predetermined range of period when a sulfur poisoning of the exhaust purification catalyst increases, and, at the time of engine operation, a first NO x purification method which makes the concentration of hydrocarbons flowing into the exhaust purification catalyst vibrate by within the predetermined range of amplitude and within the predetermined range of period to thereby remove the NO x contained in exhaust gas and a second NO x purification method which switches the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst from lean to rich by a period longer than said predetermined range of period to thereby remove the NO x are selectively used in accordance with the sulfur poisoning of the exhaust purification catalyst, characterized in that when use of the first NO x purification method would give a higher NO x purification efficiency than use of the second NO x purification method, the first NO x purification method is used, while when use of the second NO x purification method would give a higher NO x purification efficiency than use of the first NO x purification method, the second NO x purification method is used, wherein when sulfur poisoning of said exhaust purification catalyst is smaller than a predetermined reference amount, said second NO x purification method is used, while when sulfur poisoning of said exhaust purification catalyst exceeds the predetermined reference amount, said first NO x purification method is used.
Scales for weighing piglets, comprising: - a base frame; - at least one weighing element arranged on the base frame; and - a weigh platform arranged on the at least one weighing element, wherein the weighing platform is elongate, wherein the top surface of the weighing platform is arranged at a distance above the base and wherein the width of the elongate top surface is less than half of the width of the base in order to provide space for the legs of a piglet when supported on the belly by the elongate top surface, characterized in that the weighing platform comprises two side walls (6, 7) arranged at a distance from the top surface of the weighing platform, which side walls (6, 7) extend perpendicular to the top surface and wherein the distance between the two side walls (6, 7) and the top surface provides space (8, 9) between the top surface and the two side walls (6, 7) for the legs of a piglet when supported on the belly by the elongate top surface. - a base frame; - at least one weighing element arranged on the base frame; and - a weigh platform arranged on the at least one weighing element,
Ventilation apparatus, comprising a respiratory gas source that is connectable to a patient interface and a control device embodied to specify at least two different ventilation modes, and in which the control device is embodied to automatically ascertain, select and use the various ventilation modes in accordance with the current patient-specific need in at least some respiratory disorders, characterized in that the apparatus is equipped with an identification number, by means of which there is a unique identification of the apparatus in a network or in the case of a connection to a PC in order to assign stored information from a database to the apparatus, and in that the apparatus is equipped with a telemetry unit for ambulatory use, and wherein the patient-specific need is ascertained using at least one sensor for capturing a physiological and/or appliance-specific parameter and an analyser for signal evaluation and wherein an adaptation device is used to alter the ventilation mode.