mhurhangee/ep-ind-claims huggingface dataset:
An electronic board comprising: - a planar substrate having a first side and a second side, opposite said first side; - at least two magnetic core elements (EM1 T, EM1 B), called first elements, arranged on said first side of said substrate and each having at least two legs passing through said substrate; and - at least two windings, arranged around at least one leg of each said first magnetic core; characterized in that: - it also comprises a second magnetic core element in the form of a plate, arranged on said second side of said substrate and in contact with respective ends of said legs of said or of at least two said first elements; and in that: - the spacing between said first elements is sufficient to prevent any mutual magnetic coupling via said second element; whereby said first elements, said windings and said second element form at least two magnetic circuits that are not mutually coupled. - a planar substrate having a first side and a second side, opposite said first side; - at least two magnetic core elements (EM1 T, EM1 B), called first elements, arranged on said first side of said substrate and each having at least two legs passing through said substrate; and - at least two windings, arranged around at least one leg of each said first magnetic core; - it also comprises a second magnetic core element in the form of a plate, arranged on said second side of said substrate and in contact with respective ends of said legs of said or of at least two said first elements; - the spacing between said first elements is sufficient to prevent any mutual magnetic coupling via said second element;
Distance measuring system, in particular for a vehicle, comprising: - at least one distance sensor; - a second sensor; and - an evaluation unit; the evaluation unit being set up - to detect objects (5, 6) permanently arranged on the vehicle from data determined by means of the second sensor, and - to modify an evaluation of the data from the distance sensor on the basis of the data from the second sensor, characterized in that the second sensor is an optical sensor, in particular a camera system preferably having one or two cameras. - at least one distance sensor; - a second sensor; and - an evaluation unit; - to detect objects (5, 6) permanently arranged on the vehicle from data determined by means of the second sensor, and - to modify an evaluation of the data from the distance sensor on the basis of the data from the second sensor, characterized in that the second sensor is an optical sensor, in particular a camera system preferably having one or two cameras.
A computer-implemented method, comprising: receiving previous arterial blood gas, ABG, test results for a neonate; determining an initial time for a next ABG test for the neonate based on the previous ABG test results and a set of rules defining subsequent treatment of the neonate; receiving monitoring data for the neonate; determining a modified time for a next ABG test based on the initial time for the next ABG test and the neonate monitoring data; and deriving neonate oxygenation parameters based on the monitoring data, wherein the modified time for the next ABG test is determined based on the initial time for the next ABG test and the neonate oxygenation parameters; wherein determining the modified time for the next ABG test comprises delaying the next ABG test if the monitoring data indicates that a condition of the neonate has not deteriorated; and wherein determining the modified time for the next ABG test comprises accelerating the next ABG test if the monitoring data indicates that a condition of the neonate has deteriorated. receiving previous arterial blood gas, ABG, test results for a neonate; determining an initial time for a next ABG test for the neonate based on the previous ABG test results and a set of rules defining subsequent treatment of the neonate; receiving monitoring data for the neonate; determining a modified time for a next ABG test based on the initial time for the next ABG test and the neonate monitoring data; and deriving neonate oxygenation parameters based on the monitoring data, wherein the modified time for the next ABG test is determined based on the initial time for the next ABG test and the neonate oxygenation parameters; wherein determining the modified time for the next ABG test comprises delaying the next ABG test if the monitoring data indicates that a condition of the neonate has not deteriorated; and wherein determining the modified time for the next ABG test comprises accelerating the next ABG test if the monitoring data indicates that a condition of the neonate has deteriorated.
A one-pot process for the preparation of 2,3-dihydroxy benzonitrile of Formula I, comprising the steps of: a) reacting an acid compound of Formula wherein R 1 and R 2 independently represents a C 1-4 alkyl group with a suitable halogenating reagent in presence of a suitable solvent to obtain corresponding benzoic acid halide, b) reacting the resulting benzoic acid halide compound with a source of ammonia to obtain corresponding amide of Formula III; c) treating the amide compound with a suitable dehydrating reagent to obtain dialkoxy benzonitrile compound of Formula IV, and d) dealkylating the resulting dialkoxy benzonitrile compound with a suitable dealkylating agent in a suitable organic solvent; wherein the steps a) to d) are carried out in a single step without isolating any intermediates. a) reacting an acid compound of Formula wherein R 1 and R 2 independently represents a C 1-4 alkyl group with a suitable halogenating reagent in presence of a suitable solvent to obtain corresponding benzoic acid halide, b) reacting the resulting benzoic acid halide compound with a source of ammonia to obtain corresponding amide of Formula III; c) treating the amide compound with a suitable dehydrating reagent to obtain dialkoxy benzonitrile compound of Formula IV, and d) dealkylating the resulting dialkoxy benzonitrile compound with a suitable dealkylating agent in a suitable organic solvent;
A coating formulation comprising a polar solvent, and a hydroxyl-containing resin and an organic acid and/or a derivative thereof contained in the polar solvent, wherein the hydroxyl-containing resin is at least one of the following resins to: a polyvinyl acetal resin, an ethylene-vinyl alcohol copolymer, a modified polyvinyl alcohol, and a cyanoethyl-containing polymer containing hydroxyl groups and having a hydroxyl number of from 10 to 1,000 mgKOH/g, wherein the organic acid is a polybasic acid, and the polybasic acid is selected from the group consisting of 1,2,3-propanetricarboxylic acid, 1,2,4-cyclohexanetricarboxylic acid, 1,2,4,5-cyclohexanetetracarboxylic acid, 1,2,3,4-butanetetracarboxylic acid, trimellitic acid, pyromellitic acid, 1,4,5,8-naphthalenetetracarboxylic acid and 1,2,3,4,5,6-cyclohexanehexacarboxylic acid; and the organic acid and/or the derivative thereof is used in an amount of 1 to 150 parts by weight per 100 parts by weight of the hydroxyl-containing resin. a polyvinyl acetal resin, an ethylene-vinyl alcohol copolymer, a modified polyvinyl alcohol, and a cyanoethyl-containing polymer containing hydroxyl groups and having a hydroxyl number of from 10 to 1,000 mgKOH/g,
Use of a suspension to treat a base support for medical use essentially constituted by a first polymer containing anionic or anionizable groups, the first polymer comprising a polyacrylonitrile, the base support being in the form of a semi permeable membrane, the suspension being in an acidic medium and comprising a second polymer containing cationic or cationizable groups which are capable of forming an ionic bond with the anionic or anionizable groups of the first polymer, the second polymer being a cationic polymer selected from polyamines and/or from polyimines and being in the colloidal form, the suspension further comprising at least one organic polyacid in association with the second polymer allowing the second polymer to have said colloidal form.
An electromagnetic machine comprising: a rotor adapted to rotate about an axis; and a stator including a support structure, a plurality of bobbins engaged to the support structure, and a plurality of electric coils with each one wound about a respective bobbin of the plurality of bobbins, wherein the support structure includes a first ring concentrically located about the axis and engaged to the plurality of bobbins, the support structure includes a second ring concentrically located about the axis and spaced axially from the first ring, and each bobbin of the plurality of bobbins include axially opposite first and second end portions (56,58) with the first end portion engaged to the first ring and the second end portion engaged to the second ring, wherein the first end portion is located radially inward from the first ring, characterised in that the second end portion is located radially outward from the second ring. a rotor adapted to rotate about an axis; and a stator including a support structure, a plurality of bobbins engaged to the support structure, and a plurality of electric coils with each one wound about a respective bobbin of the plurality of bobbins, wherein the support structure includes a first ring concentrically located about the axis and engaged to the plurality of bobbins, the support structure includes a second ring concentrically located about the axis and spaced axially from the first ring, and each bobbin of the plurality of bobbins include axially opposite first and second end portions (56,58) with the first end portion engaged to the first ring and the second end portion engaged to the second ring, wherein the first end portion is located radially inward from the first ring, characterised in that the second end portion is located radially outward from the second ring.
Chiselling handheld power tool having a tool holder for holding a tool on a working axis, a motor, and a percussion mechanism which has an exciter piston coupled to the motor, a striker guided on the working axis, a pneumatic chamber which is closed off by the exciter piston and the striker and intended for coupling a movement of the striker to the exciter piston, and an anvil which is arranged downstream of the striker in the striking direction and is intended for transmitting an impact of the striker to the tool, wherein an interior space is arranged in the anvil, characterized in that the interior space is closed in the striking direction and counter to the striking direction.
An antimicrobial alcoholic composition comprising: at least about 40 weight percent of a C 1-4 alcohol or a mixture of two or more C 1-9 alcohols, based upon the total weight of the alcoholic composition; and a silane surfactant wherein said silane surfactant is bis-PEG-18 methyl ether dimethyl silane, and that is characterized by having a molecular weight distribution of less than about 2.4. at least about 40 weight percent of a C 1-4 alcohol or a mixture of two or more C 1-9 alcohols, based upon the total weight of the alcoholic composition; and a silane surfactant wherein said silane surfactant is bis-PEG-18 methyl ether dimethyl silane, and that is characterized by having a molecular weight distribution of less than about 2.4.
A display control method used for a control system that controls a behavior of a host-vehicle to perform a lane change, the display control method comprising: displaying an image showing an arrow for guiding the lane change on a display that can be visually recognized by a driver, in a situation where the control system makes a proposal to perform the lane change to the driver of the host-vehicle; characterized in that the image is displayed on the display in response to the proposal made by the control system to the driver to perform the lane change, wherein a display mode of the arrow is a first display mode; the image is displayed on the display in response to a consent of the driver for the proposal, wherein the display mode of the arrow is switched from the first display mode to a second display mode; the image is displayed on the display in accordance with an actuation of a winker in a direction in which the lane change by the control system is performed, wherein the display mode of the arrow is switched from the second display mode to a third display mode; and the display of the arrow is ended if an automatic lane change by the control system is completed. displaying an image showing an arrow for guiding the lane change on a display that can be visually recognized by a driver, in a situation where the control system makes a proposal to perform the lane change to the driver of the host-vehicle; characterized in that the image is displayed on the display in response to the proposal made by the control system to the driver to perform the lane change, wherein a display mode of the arrow is a first display mode; the image is displayed on the display in response to a consent of the driver for the proposal, wherein the display mode of the arrow is switched from the first display mode to a second display mode; the image is displayed on the display in accordance with an actuation of a winker in a direction in which the lane change by the control system is performed, wherein the display mode of the arrow is switched from the second display mode to a third display mode; and the display of the arrow is ended if an automatic lane change by the control system is completed.
A vaporizer, comprising: a liquid storage shell that is provided with a liquid storage space and an airflow channel; an end cap covering one end of the liquid storage space and provided with a vent hole in communication with the airflow channel; and a liquid absorbing member arranged on the end cap and provided with an air outlet hole in communication with the vent hole; wherein the end cap comprises a supporting surface that contacts the liquid absorbing member, characterized in that at least one first liquid guide groove is provided on the supporting surface, and wherein each of the at least one first liquid guide groove comprises a first end in communication with the vent hole and a second end away from the vent hole. a liquid storage shell that is provided with a liquid storage space and an airflow channel; an end cap covering one end of the liquid storage space and provided with a vent hole in communication with the airflow channel; and a liquid absorbing member arranged on the end cap and provided with an air outlet hole in communication with the vent hole; wherein the end cap comprises a supporting surface that contacts the liquid absorbing member, characterized in that at least one first liquid guide groove is provided on the supporting surface, and wherein each of the at least one first liquid guide groove comprises a first end in communication with the vent hole and a second end away from the vent hole.
A device for the treatment of osteoarthritis, rheumatoid arthritis, cartilage injury and/or cartilage defects comprising: a signal source designed to generate at least one specific and selective signal having a sine wave configuration and a 1/12 duty cycle; and electrodes or coils connected to the signal source so as to receive said at least one specific and selective signal and that are designed to be operatively disposed with respect to target cartilage tissue, whereby said electrodes or coils upon receipt of said at least one specific and selective signal cause the generation of a field that is specific and selective for up-regulating gene expression of type II collagen mRNA in said target cartilage tissue, wherein said signal source is able to control and to vary duration of time of application of said at least one specific and selective signal to said electrodes or coils so as to cause upon application to said electrodes or coils the generation of a specific and selective field having an amplitude of 20 mV/cm in the target cartilage tissue at 60 kHz, said specific and selective field selectively up-regulating gene expression of type II collagen mRNA when applied to said target cartilage tissue; wherein said signal source is configured to apply said at least one specific and selective signal to said electrodes or coils for a duration of approximately 30 minutes every 24 hours, said at least one specific and selective signal consisting of 30 cycles of one minute on and eleven minutes off. a signal source designed to generate at least one specific and selective signal having a sine wave configuration and a 1/12 duty cycle; and electrodes or coils connected to the signal source so as to receive said at least one specific and selective signal and that are designed to be operatively disposed with respect to target cartilage tissue, whereby said electrodes or coils upon receipt of said at least one specific and selective signal cause the generation of a field that is specific and selective for up-regulating gene expression of type II collagen mRNA in said target cartilage tissue, wherein said signal source is able to control and to vary duration of time of application of said at least one specific and selective signal to said electrodes or coils so as to cause upon application to said electrodes or coils the generation of a specific and selective field having an amplitude of 20 mV/cm in the target cartilage tissue at 60 kHz, said specific and selective field selectively up-regulating gene expression of type II collagen mRNA when applied to said target cartilage tissue; wherein said signal source is configured to apply said at least one specific and selective signal to said electrodes or coils for a duration of approximately 30 minutes every 24 hours, said at least one specific and selective signal consisting of 30 cycles of one minute on and eleven minutes off.
A respiratory apparatus comprising: a power supply coupled to a bus (4422, 4424); a blower configured to generate a flow of breathable gas, the blower including a motor powered by the power supply via the bus (4422, 4424), wherein the motor generates energy at certain times; and a transient absorption diode circuit on the bus (4422, 4424) between the motor and the power supply to absorb the energy generated. a power supply coupled to a bus (4422, 4424); a blower configured to generate a flow of breathable gas, the blower including a motor powered by the power supply via the bus (4422, 4424), wherein the motor generates energy at certain times; and a transient absorption diode circuit on the bus (4422, 4424) between the motor and the power supply to absorb the energy generated.
A sprinkler assembly comprising: a sprinkler including a thermally responsive element; an extension member having opposite first and second ends and an internal passageway extending therebetween, said first end of said extension member coupled to said sprinkler; and an attachment system operable to couple said sprinkler and said extension member to an access member of a piping system in a fluid-tight arrangement, said attachment system including: a first polymeric fitting attached to said extension member adjacent said second end, said first fitting including a first engaging surface; a second polymeric fitting including opposite second surface and third engaging surface with an internal passageway extending therebetween, said third engaging surface configured for solvent welding to said access member of said piping system (334,335) and a clamping member clamping said first and second fittings (389, 390) together with said first and second engaging surfaces (341,342) facing one another, wherein said clamping member and said first and second fittings (389, 390) form a fluid-tight connection between said piping system and said extension member. a sprinkler including a thermally responsive element; an extension member having opposite first and second ends and an internal passageway extending therebetween, said first end of said extension member coupled to said sprinkler; and an attachment system operable to couple said sprinkler and said extension member to an access member of a piping system in a fluid-tight arrangement, said attachment system including: a first polymeric fitting attached to said extension member adjacent said second end, said first fitting including a first engaging surface; a second polymeric fitting including opposite second surface and third engaging surface with an internal passageway extending therebetween, said third engaging surface configured for solvent welding to said access member of said piping system (334,335) and a clamping member clamping said first and second fittings (389, 390) together with said first and second engaging surfaces (341,342) facing one another, wherein said clamping member and said first and second fittings (389, 390) form a fluid-tight connection between said piping system and said extension member. a first polymeric fitting attached to said extension member adjacent said second end, said first fitting including a first engaging surface; a second polymeric fitting including opposite second surface and third engaging surface with an internal passageway extending therebetween, said third engaging surface configured for solvent welding to said access member of said piping system (334,335) and a clamping member clamping said first and second fittings (389, 390) together with said first and second engaging surfaces (341,342) facing one another, wherein said clamping member and said first and second fittings (389, 390) form a fluid-tight connection between said piping system and said extension member.
An apparatus, comprising: an encoder for encoding picture data for at least a block, characterized in that said encoder selectively updates a probability estimate for a symbol associated with the block, wherein the symbol is not coded in SKIP or Direct mode of the MPEG-4 AVC Standard, based on at least one of: a number of the symbols that are already encoded, a probability state of spatial-temporal neighboring blocks for the same symbol, the convergence speed of a corresponding probability estimate, the position of the current block/macroblock within a slice, and the number of times a particular symbol has been encoded for a specific syntax element, wherein said probability estimate is updated for coding mode, motion and coefficient syntax not coded in SKIP mode, or mode and motion syntax not coded in Direct mode, so that additional coded symbols corresponding to these syntaxes use updated probability. an encoder for encoding picture data for at least a block, characterized in that said encoder selectively updates a probability estimate for a symbol associated with the block, wherein the symbol is not coded in SKIP or Direct mode of the MPEG-4 AVC Standard, based on at least one of: a number of the symbols that are already encoded, a probability state of spatial-temporal neighboring blocks for the same symbol, the convergence speed of a corresponding probability estimate, the position of the current block/macroblock within a slice, and the number of times a particular symbol has been encoded for a specific syntax element, wherein said probability estimate is updated for coding mode, motion and coefficient syntax not coded in SKIP mode, or mode and motion syntax not coded in Direct mode, so that additional coded symbols corresponding to these syntaxes use updated probability.
A salt-water chlorinator configured to be installed in a water-circulation system of a pool or spa, comprising: a. a body defining a water inlet and a water outlet, the body having an upper portion defining an internal gas trap; b. an electrolysis cell positioned within the body; and c. means for determining orientation of the body relative to ground as installed in the water-circulation system, characterized in that the means for determining orientation of the body comprises an accelerometer a. a body defining a water inlet and a water outlet, the body having an upper portion defining an internal gas trap; b. an electrolysis cell positioned within the body; and c. means for determining orientation of the body relative to ground as installed in the water-circulation system,