mhurhangee/patent-ind-claim-en huggingface dataset:
The use of morpholine derivatives of general formula (I), in which R 1 represents a linear or branched alkyl functional group having 6 to 20 C atoms and R 2 represents a linear or branched alkylene functional group having 2 to 20 C atoms, to improve the cleaning performance of washing or cleaning agents against oil- and/or fat-containing stains when washing textiles or cleaning hard surfaces in liquid that in particular contains builders and is aqueous.
A neutral layer composition comprising a random copolymer having a unit represented by Formula 1 below; and a unit containing an aromatic structure having one or more halogen atoms, wherein the random copolymer comprises the unit represented by Formula 1 in a range of 9 mol% to 32 mol%, and wherein the ratio (A/D) of the number of moles (D) of the unit represented by Formula 1 and the number of moles (A) of the unit having an aromatic structure containing one or more halogen atoms is in a range of 2 to 10: wherein, R is hydrogen or an alkyl group having 1 to 4 carbon atoms, X is a single bond, an oxygen atom, a sulfur atom, -S(=O) 2 -, a carbonyl group, an alkylene group, an alkenylene group, an alkynylene group, -C(=O)-X 1 - or -X 1 -C(=O)-, where X 1 is an oxygen atom, a sulfur atom, -S(=O) 2 -, an alkylene group, an alkenylene group or an alkynylene group, and Y is a monovalent substituent including a ring structure to which a chain having 8 or more chain-forming atoms is connected. wherein the random copolymer comprises the unit represented by Formula 1 in a range of 9 mol% to 32 mol%, and wherein the ratio (A/D) of the number of moles (D) of the unit represented by Formula 1 and the number of moles (A) of the unit having an aromatic structure containing one or more halogen atoms is in a range of 2 to 10: wherein, R is hydrogen or an alkyl group having 1 to 4 carbon atoms, X is a single bond, an oxygen atom, a sulfur atom, -S(=O) 2 -, a carbonyl group, an alkylene group, an alkenylene group, an alkynylene group, -C(=O)-X 1 - or -X 1 -C(=O)-, where X 1 is an oxygen atom, a sulfur atom, -S(=O) 2 -, an alkylene group, an alkenylene group or an alkynylene group, and Y is a monovalent substituent including a ring structure to which a chain having 8 or more chain-forming atoms is connected.
Vehicle with - a plurality of vehicle parts , which are interconnected along a direction of travel of the vehicle , - at least one fuel cell for converting hydrogen and oxygen into water, and characterised by - at least one transport hose between the vehicle parts for transporting a carrier gas for the hydrogen to the fuel cell , wherein - the transport hose is mechanically flexible and therefore can be reversibly bent by at least 10°, - the transport hose comprises an outer hose , in which an inner hose for the carrier gas for the hydrogen lies, and - the transport hose is configured between the outer hose and the inner hose for transporting a further gas . - a plurality of vehicle parts , which are interconnected along a direction of travel of the vehicle , - at least one fuel cell for converting hydrogen and oxygen into water, and characterised by - at least one transport hose between the vehicle parts for transporting a carrier gas for the hydrogen to the fuel cell , - the transport hose is mechanically flexible and therefore can be reversibly bent by at least 10°, - the transport hose comprises an outer hose , in which an inner hose for the carrier gas for the hydrogen lies, and - the transport hose is configured between the outer hose and the inner hose for transporting a further gas .
A battery heat exchange system, comprising a liquid feeding mechanism , a heat exchange mechanism and a liquid draining mechanism ; wherein the liquid feeding mechanism provides a circulating liquid; the heat exchange mechanism is connected with the liquid feeding mechanism and comprises a plurality of heat exchange units and a plurality of connecting units ; each heat exchange unit is used to heat or cool a corresponding battery module, and the plurality of connecting units are used to connect the heat exchange units together; the liquid draining mechanism is connected with the heat exchange mechanism , and the circulating liquid provided by the liquid feeding mechanism flows through the heat exchange mechanism and then is drained from the liquid draining mechanism ; the heat exchange mechanism is divided into a plurality of heat exchange branches in parallel; characterized in that each heat exchange branch comprises some heat exchange units of the plurality of heat exchange units and some connecting units which connect the some heat exchange units together in series.
A portable sanitizing system comprising: a backpack assembly ; characterized in that it further comprises: a wand assembly comprising a shroud with an ultraviolet (UV) lamp ; a powering device disposed within the backpack assembly and configured to provide power to the ultraviolet (UV) lamp ; an air generation sub-system disposed within the backpack assembly ; a hose configured to couple the backpack assembly and the UV lamp , wherein the powering device comprising: a power delivery assembly configured to provide power to the UV lamp ; a power controller coupled to the power delivery assembly , wherein the power controller is configured to control one or more aspects of the power provided from the power delivery assembly to the UV lamp ; and wherein the hose comprises a plurality of electrical cords configured to electrically couple the power delivery assembly to the UV lamp , and an air delivery line configured to fluidly couple the air generation sub-system of the backpack assembly and an internal chamber of the shroud of the wand assembly . a wand assembly comprising a shroud with an ultraviolet (UV) lamp ; a powering device disposed within the backpack assembly and configured to provide power to the ultraviolet (UV) lamp ; an air generation sub-system disposed within the backpack assembly ; a hose configured to couple the backpack assembly and the UV lamp , wherein the powering device comprising: a power delivery assembly configured to provide power to the UV lamp ; a power controller coupled to the power delivery assembly , wherein the power controller is configured to control one or more aspects of the power provided from the power delivery assembly to the UV lamp ; and wherein the hose comprises a plurality of electrical cords configured to electrically couple the power delivery assembly to the UV lamp , and an air delivery line configured to fluidly couple the air generation sub-system of the backpack assembly and an internal chamber of the shroud of the wand assembly . a power delivery assembly configured to provide power to the UV lamp ; a power controller coupled to the power delivery assembly , wherein the power controller is configured to control one or more aspects of the power provided from the power delivery assembly to the UV lamp ; and wherein the hose comprises a plurality of electrical cords configured to electrically couple the power delivery assembly to the UV lamp , and an air delivery line configured to fluidly couple the air generation sub-system of the backpack assembly and an internal chamber of the shroud of the wand assembly .
A cleat assembly configured to be releasably secured to a clipless bicycle pedal, the cleat assembly comprising: a first plate ; a metallic second plate shaped to be disposed over the first plate, the second plate defining a first pedal aperture having a circumferential periphery, wherein the circumferential periphery comprises a first portion defining a first plane, and a side tie portion ; an intermediate plate disposed between the first and second plates; a plurality of spacers formed on the second plate and configured to be disposed between the first and second plates, the plurality of spacers each comprising a substantially non-deformable material and having a height to space apart the first and second plates at a predetermined distance when the plurality of spacers are disposed between the first and second plates ; and at least one screw securing the second plate over the intermediate plate to the first plate , wherein each of the plurality of spacers has a spacer bore extending therethrough, wherein the at least one screw extends through the spacer bore of at least one of the plurality of spacers , characterised in that the intermediate plate comprises a body and a flange disposed around at least a portion of the body , the body defining a second pedal aperture , the flange comprising at least one plate bore sized and configured to allow at least one of the plurality of spacers to pass through. a first plate ; a metallic second plate shaped to be disposed over the first plate, the second plate defining a first pedal aperture having a circumferential periphery, wherein the circumferential periphery comprises a first portion defining a first plane, and a side tie portion ; an intermediate plate disposed between the first and second plates; a plurality of spacers formed on the second plate and configured to be disposed between the first and second plates, the plurality of spacers each comprising a substantially non-deformable material and having a height to space apart the first and second plates at a predetermined distance when the plurality of spacers are disposed between the first and second plates ; and at least one screw securing the second plate over the intermediate plate to the first plate , wherein each of the plurality of spacers has a spacer bore extending therethrough, wherein the at least one screw extends through the spacer bore of at least one of the plurality of spacers , characterised in that the intermediate plate comprises a body and a flange disposed around at least a portion of the body , the body defining a second pedal aperture , the flange comprising at least one plate bore sized and configured to allow at least one of the plurality of spacers to pass through.
A filter circuit comprising: a first circuit connected to a first terminal (T1), wherein the first circuit is an antenna-side circuit and the first terminal (T1) is an antenna-side terminal; a second circuit connected to a second terminal (T2) and the first circuit , wherein the second circuit is a transmission-side circuit and the second terminal (T2) is a transmission-side terminal; a third circuit (13, 13A - 13C) connected to a third terminal (T3, T4), the first circuit , and ground, wherein the third circuit (13, 13A - 13C) is a reception-side circuit and the third terminal (T3, T4) is a reception-side terminal; and an external connection capacitor (C11) connected between an external control terminal (T11) and a connection point between the first and third circuits (11, 13, 13A - 13C), wherein the first and second circuits constitute a first filter circuit, the first and third circuits (11, 13, 13A - 13C) constitute a second filter circuit, the third circuit (13, 13A - 13C) includes an LC parallel resonant circuit (LCP1), a first end of the LC parallel resonant circuit (LCP1) is connected to the connection point , a second end of the LC parallel resonant circuit (LCP1) is connected to ground, wherein the filter circuit has a signal path for transmission and reception that is switched by the external control terminal, the filter circuit being configured such that, when the external control terminal is grounded, the first filter circuit is used, and when the external control terminal is opened, the second filter circuit is used. a first circuit connected to a first terminal (T1), wherein the first circuit is an antenna-side circuit and the first terminal (T1) is an antenna-side terminal; a second circuit connected to a second terminal (T2) and the first circuit , wherein the second circuit is a transmission-side circuit and the second terminal (T2) is a transmission-side terminal; a third circuit (13, 13A - 13C) connected to a third terminal (T3, T4), the first circuit , and ground, wherein the third circuit (13, 13A - 13C) is a reception-side circuit and the third terminal (T3, T4) is a reception-side terminal; and an external connection capacitor (C11) connected between an external control terminal (T11) and a connection point between the first and third circuits (11, 13, 13A - 13C), wherein the first and second circuits constitute a first filter circuit, the first and third circuits (11, 13, 13A - 13C) constitute a second filter circuit, the third circuit (13, 13A - 13C) includes an LC parallel resonant circuit (LCP1), a first end of the LC parallel resonant circuit (LCP1) is connected to the connection point , a second end of the LC parallel resonant circuit (LCP1) is connected to ground, wherein the filter circuit has a signal path for transmission and reception that is switched by the external control terminal, the filter circuit being configured such that, when the external control terminal is grounded, the first filter circuit is used, and when the external control terminal is opened, the second filter circuit is used.
A method of forming an annealed additive manufacturing powder, comprising annealing an additive manufacturing powder comprising a thermoplastic elastomer (TPE) component and a flow agent, wherein the unannealed additive manufacturing powder has a glass transition temperature and at least a primary melting temperature and a secondary melting temperature as determined by differential scanning calorimetry (DSC) in accordance with ASTM D3418-97, wherein the primary melting temperature is at a higher temperature than the secondary melting temperature, wherein the glass transition temperature is a glass transition temperature of the TPE component, the primary melting temperature is a melting temperature of the TPE component and the secondary melting temperature is a melting temperature of the flow agent, wherein annealing includes: increasing a temperature of the additive manufacturing powder, to a temperature above the glass transition temperature but below the primary melting temperature for a first period of time; and decreasing the temperature of the powder by at least 10 degrees Celsius after the first period of time to form the annealed additive manufacturing powder. wherein the unannealed additive manufacturing powder has a glass transition temperature and at least a primary melting temperature and a secondary melting temperature as determined by differential scanning calorimetry (DSC) in accordance with ASTM D3418-97, wherein the primary melting temperature is at a higher temperature than the secondary melting temperature, wherein the glass transition temperature is a glass transition temperature of the TPE component, the primary melting temperature is a melting temperature of the TPE component and the secondary melting temperature is a melting temperature of the flow agent, wherein annealing includes: increasing a temperature of the additive manufacturing powder, to a temperature above the glass transition temperature but below the primary melting temperature for a first period of time; and decreasing the temperature of the powder by at least 10 degrees Celsius after the first period of time to form the annealed additive manufacturing powder. increasing a temperature of the additive manufacturing powder, to a temperature above the glass transition temperature but below the primary melting temperature for a first period of time; and decreasing the temperature of the powder by at least 10 degrees Celsius after the first period of time to form the annealed additive manufacturing powder.
Electric motor system , in particular for a motor vehicle , - comprising an electric motor which has at least five coils that, in operation, drive a motor shaft of the electric motor , - comprising power electronics for the electrical supply of the coils , - comprising a control device for controlling the electric motor system , - wherein the power electronics have a respective associated bridge circuit for at least five of the at least five coils , in such a way that these at least five coils are supplied by the power electronics independently of one another, characterised in that the control device is configured in such a way that it detects the failure of the respective coil and operates the electric motor system as follows: - generation of an indication signal if, of the at least five coils , at most so many fail that at least three coils continue to be functional, - electrical supply of the functional coils . - comprising an electric motor which has at least five coils that, in operation, drive a motor shaft of the electric motor , - comprising power electronics for the electrical supply of the coils , - comprising a control device for controlling the electric motor system , - wherein the power electronics have a respective associated bridge circuit for at least five of the at least five coils , in such a way that these at least five coils are supplied by the power electronics independently of one another, characterised in that the control device is configured in such a way that it detects the failure of the respective coil and operates the electric motor system as follows: - generation of an indication signal if, of the at least five coils , at most so many fail that at least three coils continue to be functional, - electrical supply of the functional coils .
A web funnel for compacting a fiber web, particularly on a draw frame, carding machine, or comber, having an elongated inlet side at which the expanded fiber web enters the web funnel , and an outlet side at which the fiber web exits the web funnel as a fiber bundle, having an outlet opening disposed on the outlet side and having at least one guide surface for the fiber web disposed between the inlet side and the outlet side in order to guide the fiber web flowing into the web funnel in the direction of the outlet opening and wherein the web funnel is implemented as a base body , having a longitudinal extent in the X-direction and having a height extent in the Z-direction, characterized in that , two steps spaced apart in the x-direction and separated from one another are disposed between the guide surface and the outlet opening wherein these two steps being arranged at the same level in the z-direction in the direction from the outlet side to the inlet side above the outlet opening , and that at least one intermediate surface is disposed between the steps and the outlet opening , so that by means of the steps the fiber web flowing to the outlet opening forms a vortex oriented perpendicular to the direction of motion of the fiber web, which vortex moves over the intermediate surface to the outlet opening .
An assembly for mounting a display including a plurality of elevated portions , the assembly comprising: a bracket defining a first plurality of through holes and a second plurality of through holes; a frame , wherein the display is partially enclosed within a cavity defined by the bracket and the frame ; a plurality of pistons , each of the plurality of pistons passing through a corresponding one of the first plurality of through holes and resting against one of the plurality of elevated portions of the display ; and a plurality of compression members , each of the plurality of compression members located proximate a corresponding one of the plurality of pistons ; characterised by : a plurality of shoulder screws , each of the plurality of shoulder screws passing through a corresponding one of the second plurality of through holes and into the display , wherein the shoulder screws secure the display to the bracket such that movement of the display is restricted to a single direction normal to a surface of the display ; and a glass panel connected to the frame and located adjacent to the display such that the plurality of pistons and the plurality of compression members press the display against the glass panel in the directed normal to the surface of the display . a bracket defining a first plurality of through holes and a second plurality of through holes; a frame , wherein the display is partially enclosed within a cavity defined by the bracket and the frame ; a plurality of pistons , each of the plurality of pistons passing through a corresponding one of the first plurality of through holes and resting against one of the plurality of elevated portions of the display ; and a plurality of compression members , each of the plurality of compression members located proximate a corresponding one of the plurality of pistons ; a plurality of shoulder screws , each of the plurality of shoulder screws passing through a corresponding one of the second plurality of through holes and into the display , wherein the shoulder screws secure the display to the bracket such that movement of the display is restricted to a single direction normal to a surface of the display ; and a glass panel connected to the frame and located adjacent to the display such that the plurality of pistons and the plurality of compression members press the display against the glass panel in the directed normal to the surface of the display .
A fastening device for a child seat in a motor vehicle, having a one-piece bracket part as a top-tether bracket for fixing to a support of a rear seat back , wherein the one-piece bracket part consists of a U-shaped bracket element and a fitting element connecting with the U-arms , the fitting element has a connecting surface , which, when mounted, faces the support , at least one positioning pin protrudes from the connecting surface in the direction towards the support , which positioning pin can be inserted into a diameter-modified positioning recess of the support , at least one spacer block is arranged facing the support offset to the positioning pin on the connecting surface , which spacer block when mounted rests against the support and through which the fitting element can be screwed to the support , wherein a spacer is arranged on the fitting element on the connecting surface in the upper region adjacent to the bracket element , which spacer protrudes less far from the connecting surface than the spacer block , characterized in that the spacer when mounted rests on a carpeted overlay on the support, so that the fitting element when mounted is generally kept spaced apart from the support and the carpeted overlay , and the fitting element is a flat-strip metal element, from which from a longitudinal middle region the positioning pin with a rectangular diameter is unlatched so as to project approximately at right angles to the connecting surface .