mhurhangee/ep-ind-claims huggingface dataset:
A process for producing rigid polyurethane foams or rigid polyisocyanurate foams which comprises the reaction of A) at least one polyisocyanate, B) at least one fatty acid modified polyether polyol, C) at least one polyether polyol prepared by reacting at least one polyol starter with alkylene oxide, D) optionally one or more polyols other than those of components B) and C), wherein the ratio of the weight quantity of component D) to the sum total of the weight quantities of components B) and C) is in the range from 0 to 1, E) optionally one or more flame retardants, F) one or more blowing agents, G) one or more catalysts, and H) optionally further auxiliaries and/or admixture agents, wherein the at least one fatty acid modified polyether polyol B) has a functionality of 2.5 to 8 and comprises at least one reaction product of B1) 15 to 63 wt% of one or more polyols or polyamines having an average functionality of 2.5 to 8, B2) 2 to 30 wt% of one or more fatty acids and/or fatty acid monoesters, B3) 35 to 83 wt% of one or more alkylene oxides having 2 to 4 carbon atoms, all based on the weight amount of components B1) to B3), which adds up to 100 wt%, and at least one polyol of component C) is selected from compounds having an OH functionality of 2 or 3 and the weight quantity of ethylene oxide comprises not less than 90 wt% of the total weight of alkylene oxide in component C). A) at least one polyisocyanate, B) at least one fatty acid modified polyether polyol, C) at least one polyether polyol prepared by reacting at least one polyol starter with alkylene oxide, D) optionally one or more polyols other than those of components B) and C), wherein the ratio of the weight quantity of component D) to the sum total of the weight quantities of components B) and C) is in the range from 0 to 1, E) optionally one or more flame retardants, F) one or more blowing agents, G) one or more catalysts, and H) optionally further auxiliaries and/or admixture agents, B1) 15 to 63 wt% of one or more polyols or polyamines having an average functionality of 2.5 to 8, B2) 2 to 30 wt% of one or more fatty acids and/or fatty acid monoesters, B3) 35 to 83 wt% of one or more alkylene oxides having 2 to 4 carbon atoms,
A high frequency chest wall oscillator comprising: a garment having an inflatable chamber that covers at least a portion of a torso of a user; a blower for providing pressurized air to the inflatable chamber; characterised in that the high frequency chest wall oscillator further comprises: a plurality of straps that extend around the inflatable chamber of the garment; and a pressure generator connected to the plurality of straps; wherein the pressure generator produces an oscillating pneumatic pressure waveform in the garment, wherein the oscillating pneumatic pressure waveform is created by a plurality of independently controlled sinusoidal pneumatic generators, wherein each of the plurality of straps is connected to a respective one of the plurality of independently controlled sinusoidal pneumatic generators. a garment having an inflatable chamber that covers at least a portion of a torso of a user; a blower for providing pressurized air to the inflatable chamber; a plurality of straps that extend around the inflatable chamber of the garment; and a pressure generator connected to the plurality of straps;
A method for operating a limit level sensor, in which the limit level sensor, in order to determine a resonance frequency (f res) of a vibration system, excites the vibration system in a frequency range between a lower limit frequency (f min) and an upper limit frequency (fmax), and a frequency response is subsequently detected characterized in that the frequency range is divided into a plurality of partial ranges (I, II, III, IV,..., n), and a) in case of an unknown resonance frequency (f res), the vibration system sequentially excites in each case in successive partial ranges (I, II, III, IV,..., n), and the frequency response (E I, E II, E III, E IV,..., E n) is detected after each partial range (I, II, III, IV,..., n), b) in case of a known resonance frequency (f res), the vibration system excites only in the partial range (n) in which the resonance frequency (f res) is located, and the frequency response (E n) is then detected. a) in case of an unknown resonance frequency (f res), the vibration system sequentially excites in each case in successive partial ranges (I, II, III, IV,..., n), and the frequency response (E I, E II, E III, E IV,..., E n) is detected after each partial range (I, II, III, IV,..., n), b) in case of a known resonance frequency (f res), the vibration system excites only in the partial range (n) in which the resonance frequency (f res) is located, and the frequency response (E n) is then detected.
A method for oxidizing organic carbon, comprising: introducing, in a reaction chamber of a total organic carbon analyzer, a fluid sample comprising organic carbon, wherein the reaction chamber includes an electrochemical cell and wherein the electrochemical cell comprises a solid freestanding and substrate-less SP3 substituted solid carbon electrode doped with a conductivity elevating composition; introducing, into the reaction chamber, air, wherein the air is obtained from a gas flow control unit; applying, using a generator, a positive potential to the solid free-standing and substrate-less SP3 substituted carbon electrode, the positive potential being sufficient to oxidize organics in the fluid sample to produce carbonate and partially oxidized organics, wherein the partially oxidized organics include oxalate; introducing, in the reaction chamber, at least one acid reagent comprising a metallic catalyst, prior to or substantially simultaneously during the application of the positive potential to the solid free-standing and substrate-less SP3 substituted carbon electrode, that converts the carbonate and the partially oxidized species to carbon dioxide; and detecting, using a gas-phase carbon dioxide detector, the carbon dioxide produced by the oxidation. introducing, in a reaction chamber of a total organic carbon analyzer, a fluid sample comprising organic carbon, wherein the reaction chamber includes an electrochemical cell and wherein the electrochemical cell comprises a solid freestanding and substrate-less SP3 substituted solid carbon electrode doped with a conductivity elevating composition; introducing, into the reaction chamber, air, wherein the air is obtained from a gas flow control unit; applying, using a generator, a positive potential to the solid free-standing and substrate-less SP3 substituted carbon electrode, the positive potential being sufficient to oxidize organics in the fluid sample to produce carbonate and partially oxidized organics, wherein the partially oxidized organics include oxalate; introducing, in the reaction chamber, at least one acid reagent comprising a metallic catalyst, prior to or substantially simultaneously during the application of the positive potential to the solid free-standing and substrate-less SP3 substituted carbon electrode, that converts the carbonate and the partially oxidized species to carbon dioxide; and detecting, using a gas-phase carbon dioxide detector, the carbon dioxide produced by the oxidation.
A method of detecting loosening of fasteners in a system having a first device fixed to a first fastener and a second device fixed to a second fastener, the first and second device comprising a body portion arranged for mounting to a fastener and a portion extending from the body, the method comprising: monitoring a sensor integrated with the first device and located on the extended portion, which sensor detects the second device to measure a separation of the extended portion of the first device from the second device; sending a wireless signal including the measured separation data from the first device to a monitor; and providing an alert if there is a change in a signal level of the sensor from an initial level. monitoring a sensor integrated with the first device and located on the extended portion, which sensor detects the second device to measure a separation of the extended portion of the first device from the second device; sending a wireless signal including the measured separation data from the first device to a monitor; and providing an alert if there is a change in a signal level of the sensor from an initial level.
Motor vehicle latch, in particular a motor vehicle door latch, comprising a locking mechanism (1, 2, 3) consisting substantially of a catch and a pawl (2, 3), and comprising a ratchet element which is arranged in the engagement region between two locking mechanism components (1, 2; 1, 3; 2, 3) and which is pivotably mounted on the catch and/or the pawl (2, 3), mainly in a plane of the locking mechanism, characterized in that the ratchet element has a guide projection which protrudes relative to the locking mechanism plane for additional axial and/or radial guidance.
A combine harvester having an intake passage housing, through which an intake passage passes for conveying crop material from a harvesting header to a threshing mechanism, characterised by a cleaning fan arranged at the intake passage housing in order to blow transversely to the conveyor direction of the intake passage over an exposed top side of the intake passage housing.
An oral care implement (10, 200, 300) comprising: a body (31, 231, 301) comprising a first material, the body (31, 231, 301) having a handle (12, 212, 312), a head support, and a neck (14, 214, 314) extending between the handle (12, 212, 312) and the head support, the head support having a recess therein, the recess having a bottom face and a side face; and a head (16, 216, 316) having a first head section (16A, 216A, 316A) and a second head section (16B, 216B, 316B), the head (16, 216, 316) supporting a plurality of contact elements (20A, 20B, 220A, 220B, 320A, 320B, 420), the first head section (16A, 216A, 316A) being disposed in the recess and attached thereto, and wherein the second head section (16B, 216B, 316B) is attached to the first head section (16A, 216A, 316A) and unattached to the body (31, 231, 301), and wherein the second head section (16B, 216B, 316B) comprises a first wing and a second wing which are disposed on either side of the first head section (16A, 216A, 316A), and wherein the body (31, 231, 301) is injection molded over the head (16, 216, 316) such that the bottom face of the recess attaches to a bottom surface of the first head section and that the side face of the recess attaches to a side surface of the first head section. a body (31, 231, 301) comprising a first material, the body (31, 231, 301) having a handle (12, 212, 312), a head support, and a neck (14, 214, 314) extending between the handle (12, 212, 312) and the head support, the head support having a recess therein, the recess having a bottom face and a side face; and a head (16, 216, 316) having a first head section (16A, 216A, 316A) and a second head section (16B, 216B, 316B), the head (16, 216, 316) supporting a plurality of contact elements (20A, 20B, 220A, 220B, 320A, 320B, 420), the first head section (16A, 216A, 316A) being disposed in the recess and attached thereto, and wherein the second head section (16B, 216B, 316B) is attached to the first head section (16A, 216A, 316A) and unattached to the body (31, 231, 301), and wherein the second head section (16B, 216B, 316B) comprises a first wing and a second wing which are disposed on either side of the first head section (16A, 216A, 316A), and wherein the body (31, 231, 301) is injection molded over the head (16, 216, 316) such that the bottom face of the recess attaches to a bottom surface of the first head section and that the side face of the recess attaches to a side surface of the first head section.
A compound selected from the group consisting of: -2-hydroxy-3-(((3R,6S,16R)-6-hydroxy-16-methyl-2,5-dioxooxacyclohexadecan-3-yl)thio)propanoic acid; 4-(((3R,6S,16R)-3-(( -2-carboxy-2-hydroxyethyl)thio)-16-methyl-2,5-dioxooxacyclohexadecan-6-yl)oxy)-4-oxobutanoic acid; methyl -2-hydroxy-3-(((3R,6S,16R)-6-hydroxy-16-methyl-2,5-dioxooxacyclohexadecan-3-yl)thio)propanoate; and methyl -2-acetoxy-3-(((3R,6S,16R)-6-acetoxy-16-methyl-2,5-dioxooxacyclohexadecan-3-yl)thio)propanoate. -2-hydroxy-3-(((3R,6S,16R)-6-hydroxy-16-methyl-2,5-dioxooxacyclohexadecan-3-yl)thio)propanoic acid; 4-(((3R,6S,16R)-3-(( -2-carboxy-2-hydroxyethyl)thio)-16-methyl-2,5-dioxooxacyclohexadecan-6-yl)oxy)-4-oxobutanoic acid; methyl -2-hydroxy-3-(((3R,6S,16R)-6-hydroxy-16-methyl-2,5-dioxooxacyclohexadecan-3-yl)thio)propanoate; and methyl -2-acetoxy-3-(((3R,6S,16R)-6-acetoxy-16-methyl-2,5-dioxooxacyclohexadecan-3-yl)thio)propanoate.
A method of generating an image of an organ, the method comprising: generating a three-dimensional (3-D) model of at least one organ of a patient, based on medical images of the at least one organ; generating a plurality of matched images by matching a plurality of images, which show a change of a shape of the at least one organ due to a body activity of the patient, and the 3-D model of the at least one organ; receiving a real time medical image of the patient; and selecting one of the plurality of matched images based on the current body condition of the patient and outputting the selected matched image; characterised in that the selecting and outputting comprises selecting a matched image corresponding to an image, which is most similar to a real time medical image, from among the plurality of images. generating a three-dimensional (3-D) model of at least one organ of a patient, based on medical images of the at least one organ; generating a plurality of matched images by matching a plurality of images, which show a change of a shape of the at least one organ due to a body activity of the patient, and the 3-D model of the at least one organ; receiving a real time medical image of the patient; and selecting one of the plurality of matched images based on the current body condition of the patient and outputting the selected matched image; characterised in that the selecting and outputting comprises selecting a matched image corresponding to an image, which is most similar to a real time medical image, from among the plurality of images.
An apparatus comprising: a container for holding a fire suppressant; a valve sealing said container and comprising a diaphragm configured to perforate so as to release fire suppressant from said container; a pyrotechnic charge for perforating said diaphragm; and a barrier configured to prevent contact of fire suppressant with said diaphragm prior to perforation of said diaphragm, and to allow fire suppressant to be released from said container after perforation of said diaphragm; characterised in that: said barrier is a layer of deformable and gas-permeable material that sits on a portion of said valve extending into said container, and extends across an outlet of said container to prevent contact of fire suppressant with said diaphragm. a container for holding a fire suppressant; a valve sealing said container and comprising a diaphragm configured to perforate so as to release fire suppressant from said container; a pyrotechnic charge for perforating said diaphragm; and a barrier configured to prevent contact of fire suppressant with said diaphragm prior to perforation of said diaphragm, and to allow fire suppressant to be released from said container after perforation of said diaphragm; characterised in that: said barrier is a layer of deformable and gas-permeable material that sits on a portion of said valve extending into said container, and extends across an outlet of said container to prevent contact of fire suppressant with said diaphragm.
A method for calculation of firearm sight calibration instructions by processing an image of a shooting target, comprising: at a handheld client device, external to a firearm sight of a firearm being calibrated: receiving at least one image from at least one imaging device, the at least one image depicts a shooting target with a shot group comprising a plurality of bullet holes; receiving an indication of a firearm type and/or a firearm sight type to calibrate; using at least one hardware processor for calculating firearm sight calibration instructions for directing a manual calibration of said firearm, according to at least one relative location of one of the plurality of bullet holes in relation to another of the plurality of bullet holes by processing the at least one image and at least one predefined parameter of the firearm type and/or the firearm sight type; and presenting the firearm sight calibration instructions on a display of the handheld client device; wherein the predefined parameter is a caliber or barrel length. receiving at least one image from at least one imaging device, the at least one image depicts a shooting target with a shot group comprising a plurality of bullet holes; receiving an indication of a firearm type and/or a firearm sight type to calibrate; using at least one hardware processor for calculating firearm sight calibration instructions for directing a manual calibration of said firearm, according to at least one relative location of one of the plurality of bullet holes in relation to another of the plurality of bullet holes by processing the at least one image and at least one predefined parameter of the firearm type and/or the firearm sight type; and presenting the firearm sight calibration instructions on a display of the handheld client device; wherein the predefined parameter is a caliber or barrel length.
Vessel head for a vessel, manufactured by means of a deep-drawing method, comprising: a connecting contour comprising in a first contour section a first radius of curvature (r 1) and in a second contour section a second radius or curvature (r 2), wherein the first radius of curvature (r 1) is larger than the second radius or curvature (r 2), characterized in that the vessel head comprises a curved knuckle area with a vault radius and a knuckle area surrounding the dish area and tracing the connecting contour is configured between the connecting contour and the dish area comprising, extending along the first contour section, a first knuckle section having a first knuckle radius (r 1k1) and a second knuckle section having a second knuckle radius (r 1k2) whereby the first knuckle radius and the second knuckle radius each are lying in a sectional plane which is perpendicular to the knuckle surface and/or the floor surface respectively and indicate the curvature of the knuckle section in this plane and whereby the first knuckle radius (r 1k1) is larger than the second knuckle radius (r 1k2). a connecting contour comprising in a first contour section a first radius of curvature (r 1) and in a second contour section a second radius or curvature (r 2), wherein the first radius of curvature (r 1) is larger than the second radius or curvature (r 2), characterized in that the vessel head comprises a curved knuckle area with a vault radius and a knuckle area surrounding the dish area and tracing the connecting contour is configured between the connecting contour and the dish area comprising, extending along the first contour section, a first knuckle section having a first knuckle radius (r 1k1) and a second knuckle section having a second knuckle radius (r 1k2) whereby the first knuckle radius and the second knuckle radius each are lying in a sectional plane which is perpendicular to the knuckle surface and/or the floor surface respectively and indicate the curvature of the knuckle section in this plane and whereby the first knuckle radius (r 1k1) is larger than the second knuckle radius (r 1k2).
Apparatus comprising a substrate for supporting an electrical circuit, a housing with a housing bottom side and a housing top side, which is situated opposite the housing bottom side, for enclosing the substrate, wherein a substrate with an electrical circuit is enclosed in the housing, wherein a potting compound is poured into the housing in such a way that the circuit and the substrate in the housing are surrounded by the potting compound, wherein the potting compound can adhere to the housing, characterized in that a material to which the potting compound cannot adhere is applied to the housing bottom side, and the remaining surfaces of the housing and/or the surface of the substrate are formed such that the adhesion force between the potting compound and the surface of the material which is applied to the housing bottom side is lower than the adhesion force between the potting compound and the remaining surface of the housing and/or of the surface of the substrate, in particular wherein the adhesion force is in each case based on a defined reference area or an infinitesimal partial force, and wherein there is a strain-relief gap on the housing bottom side between the potting compound and the housing bottom side, the said strain-relief gap being formed, during production of the apparatus, by the material which is applied to the housing bottom side and to which the potting compound cannot adhere.
A coupling device having a first housing part and a second housing part which are mounted rotatable relative to one another about an axis, wherein - a primary winding and a secondary winding form an inductive coupling element, wherein the primary winding is arranged on the first housing part in a manner concentric to the axis and the secondary winding is arranged on the second housing part in a manner concentric to the axis, - in that at the first housing part there is an electrically conductive surface as a first coupling surface, and at the second housing parts there is formed an electrically conductive surface as a second coupling surface, which coupling surfaces together form a capacitive coupling element, wherein - the inductive coupling element is surrounded by a magnetic shield, characterised in that - the capacitive coupling elements are arranged exterior to the magnetic shield of the inductive coupling element. - a primary winding and a secondary winding form an inductive coupling element, wherein the primary winding is arranged on the first housing part in a manner concentric to the axis and the secondary winding is arranged on the second housing part in a manner concentric to the axis, - in that at the first housing part there is an electrically conductive surface as a first coupling surface, and at the second housing parts there is formed an electrically conductive surface as a second coupling surface, which coupling surfaces together form a capacitive coupling element, wherein - the inductive coupling element is surrounded by a magnetic shield, characterised in that - the capacitive coupling elements are arranged exterior to the magnetic shield of the inductive coupling element.
A method for data communication in a real-time capable Ethernet data network, in which a master is connected by means of the Ethernet data network to a plurality of slaves (S1,..., Sn) and data in the form of data packets are transmitted between the master and the slaves (S1,..., Sn), characterized in that a plurality of slaves (S1, S1, S2, S3, S4) is combined into a sum frame group and one of these slaves (S1, S4) serves as initiator slave of the sum frame group and transmits a sum frame data packet (DPSR) to the other slaves (S1, S2, S3, S4) of the sum frame group, so that these other slaves (S1, S2, S3, S4) of the sum frame group receive the sum frame data packet (DPSR) in sequence, each of these slaves (S1, S2, S3, S4) writes its data (D1, D2, D3, D4) into the sum frame data packet (DPSR) and the last slave of the sequence transmits the sum frame data packet (DPSR) to the master.