mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a hybrid heating device , wherein the heating device includes a first heat source on the basis of the combustion of a mixture of combustion gas and air, wherein the mixture or the air is supplied by a fan , wherein the heating device includes a second heat source on the basis of electrical energy, wherein the first and the second heating source transfers the heat to a liquid heat carrying medium, which circulates by means of a circulating pump between the heating device and one or several heatsinks in a heating circuit , wherein a control device controls the first and the second heating source in such a way that a predetermined heat requirement of the heatsinks is satisfied, and wherein the first heating source has a minimum performance (P 1,min ) and a maximum performance (P 1,max ), wherein the actual heating requirement or a characteristic value for the actual heating requirement is continuously determined and the second heating source is operated with the heating requirement if the actual heating requirement is less than the minimum performance (P 1,min ) of the first heating source , or the first heating source is operated with the heating requirement if the actual heating requirement is greater than or equal to the minimum performance (P 1,min ) of the first heating source or the first heating source is operated with the maximum performance (P 1,max ) and the second heating source is operated with the difference between the actual heating requirement and the maximum performance (P 1,max ) of the first heating source when the heating requirement is greater than the maximum performance (P 1,max ) of the first heating source , characterised in that the actual heating requirement is defined by a target flow temperature of the heat carrying medium and the control device sets the performance of the first or of the second heating source in such a way that the actual flow temperature is adjusted to the target flow temperature, wherein in the case that the first heating source is operated with the minimum performance (P 1,min ) and the actual flow temperature at least over a first measuring period (Δt 1 ) is higher than the target flow temperature at least by a first differential amount (ΔT 1 ), the first heating source is switched off and the second heating source is operated.
A semiconductor device , comprising: a first semiconductor structure comprising a processor , an array of static random-access memory, SRAM, cells , and a first bonding layer comprising a plurality of first bonding contacts ; a second semiconductor structure comprising an array of dynamic random-access memory, DRAM, cells and a second bonding layer comprising a plurality of second bonding contacts , wherein the first semiconductor structure comprises a peripheral circuit of the array of DRAM cells , wherein transistors form the peripheral circuit including an input/output buffer, a decoder, and a sense amplifier and an interconnect layer vertically between the first bonding layer and the processor above a device layer to transfer electrical signals to and from the processor , the array of SRAM cells and the peripheral circuit , wherein the device layer comprises the processor , an array of SRAM cells and the peripheral circuit ; and a bonding interface between the first bonding layer and the second bonding layer , wherein the first bonding contacts are in contact with the second bonding contacts at the bonding interface , wherein the first semiconductor structure comprises: a substrate the processor on the substrate ; the array of SRAM cells on the substrate and outside of the processor ; and the first bonding layer above the processor and the array of SRAM cells . a first semiconductor structure comprising a processor , an array of static random-access memory, SRAM, cells , and a first bonding layer comprising a plurality of first bonding contacts ; a second semiconductor structure comprising an array of dynamic random-access memory, DRAM, cells and a second bonding layer comprising a plurality of second bonding contacts , wherein the first semiconductor structure comprises a peripheral circuit of the array of DRAM cells , wherein transistors form the peripheral circuit including an input/output buffer, a decoder, and a sense amplifier and an interconnect layer vertically between the first bonding layer and the processor above a device layer to transfer electrical signals to and from the processor , the array of SRAM cells and the peripheral circuit , wherein the device layer comprises the processor , an array of SRAM cells and the peripheral circuit ; and a bonding interface between the first bonding layer and the second bonding layer , wherein the first bonding contacts are in contact with the second bonding contacts at the bonding interface , wherein the first semiconductor structure comprises: a substrate the processor on the substrate ; the array of SRAM cells on the substrate and outside of the processor ; and the first bonding layer above the processor and the array of SRAM cells . a substrate the processor on the substrate ; the array of SRAM cells on the substrate and outside of the processor ; and the first bonding layer above the processor and the array of SRAM cells .
A method performed by a wireless device for determining a search space for a physical control channel in a wireless communications network , which wireless device is configured with a first search space for a physical control channel and a second search space for the physical control channel, which first search space is associated with a first synchronization signal, the method comprising: attempting to receive from a first network node , the first synchronization signal, and determining a search space for a physical control channel, the search space being the first or second search space, based on whether or not the attempt to decode said first synchronization signal was successful, the determining a search space comprising: when the attempt to decode said first synchronization signal was successful determining the first search space for the physical control channel, when the attempt to decode said first synchronization signal was not successful determining the second search space for any one or more out of: the physical control channel and a second physical control channel; and characterized in that the method further comprising: when a predetermined number of blind decoding attempts using the determined first search space have failed, determining the second search space for the physical control channel. attempting to receive from a first network node , the first synchronization signal, and determining a search space for a physical control channel, the search space being the first or second search space, based on whether or not the attempt to decode said first synchronization signal was successful, the determining a search space comprising: when the attempt to decode said first synchronization signal was successful determining the first search space for the physical control channel, when the attempt to decode said first synchronization signal was not successful determining the second search space for any one or more out of: the physical control channel and a second physical control channel; and characterized in that the method further comprising: when a predetermined number of blind decoding attempts using the determined first search space have failed, determining the second search space for the physical control channel. when the attempt to decode said first synchronization signal was successful determining the first search space for the physical control channel, when the attempt to decode said first synchronization signal was not successful determining the second search space for any one or more out of: the physical control channel and a second physical control channel; and characterized in that the method further comprising: when a predetermined number of blind decoding attempts using the determined first search space have failed, determining the second search space for the physical control channel.
A compound: (i) selected from the group consisting of: and or (ii) comprising formula I, or a pharmaceutically acceptable salt thereof: wherein X represents an alkyl chain having 3 to 30 carbons and having: i. at least one intervening amide group and terminating in a phenyl group; or ii. a terminating alkyl substituted anilide; wherein Y is an alkyl chain having 5 to 30 carbons; wherein Z represents OH; wherein L represents an oxygen atom. (i) selected from the group consisting of: and or (ii) comprising formula I, or a pharmaceutically acceptable salt thereof: wherein X represents an alkyl chain having 3 to 30 carbons and having: i. at least one intervening amide group and terminating in a phenyl group; or ii. a terminating alkyl substituted anilide; wherein Y is an alkyl chain having 5 to 30 carbons; wherein Z represents OH; wherein L represents an oxygen atom. wherein X represents an alkyl chain having 3 to 30 carbons and having: i. at least one intervening amide group and terminating in a phenyl group; or ii. a terminating alkyl substituted anilide; i. at least one intervening amide group and terminating in a phenyl group; or ii. a terminating alkyl substituted anilide; wherein Y is an alkyl chain having 5 to 30 carbons; wherein Z represents OH; wherein L represents an oxygen atom.
A method, comprising: receiving a first sequence of three-dimensional maps over time of at least a part of a hand of a user of a computerized system; segmenting the 3D maps in order to extract 3D coordinates of a first point located on a knuckle of a finger on the hand and a second point at a tip of the finger; calculating a line segment that extends through the first point and the second point toward an area where one or more interactive items are presented by the computerized system; identifying a target point where the line segment intersects the area; and in response to a motion of the hand indicated by the 3D maps, engaging an interactive item presented in proximity to the target point. receiving a first sequence of three-dimensional maps over time of at least a part of a hand of a user of a computerized system; segmenting the 3D maps in order to extract 3D coordinates of a first point located on a knuckle of a finger on the hand and a second point at a tip of the finger; calculating a line segment that extends through the first point and the second point toward an area where one or more interactive items are presented by the computerized system; identifying a target point where the line segment intersects the area; and in response to a motion of the hand indicated by the 3D maps, engaging an interactive item presented in proximity to the target point.
Process for preparing triacetonamine, comprising the following steps: (a) reaction of an acetone stream S Ac1 and an ammonia stream S Am1 in the presence of a catalyst K1 to give a crude product stream S RP1 comprising triacetonamine, acetone, (b) at least partial distillative removal of acetone from S RP1 to obtain a gaseous stream S Ac2 comprising acetone, (c) at least partial absorption of the gaseous stream S Ac2 in countercurrent into a liquid acetone stream S Ac3 to obtain a liquid acetone stream S Ac4 , (d) repetition of step (a), with the acetone stream S Ac4 being used as the acetone stream S Ac1 . (a) reaction of an acetone stream S Ac1 and an ammonia stream S Am1 in the presence of a catalyst K1 to give a crude product stream S RP1 comprising triacetonamine, acetone, (b) at least partial distillative removal of acetone from S RP1 to obtain a gaseous stream S Ac2 comprising acetone, (c) at least partial absorption of the gaseous stream S Ac2 in countercurrent into a liquid acetone stream S Ac3 to obtain a liquid acetone stream S Ac4 , (d) repetition of step (a), with the acetone stream S Ac4 being used as the acetone stream S Ac1 .
Valve drive for a cylinder head of an internal combustion engine, with a camshaft which is mounted rotatably in a first and a second camshaft bearing , with at least one cam with a first cam curve and a second cam curve which is different from the first cam curve , a gas exchange valve being actuable by way of the first or the second cam curve via a cam follower, a camshaft portion being provided, by way of which the cam can be displaced via an actuating means in such a way that the gas exchange valve is actuable either via the first or the second cam curve via the cam follower, the camshaft and the cam having a fixed position with respect to one another, and the camshaft being axially displaceable in the first and the second camshaft bearing , characterized in that the camshaft bearings consist of in each case one camshaft bearing pedestal and a common bearing frame , and a lubricant feed bore is provided which opens into a fourth lubricant groove in the bearing frame in order to supply the bearing points with lubricant, a first lubricant groove being provided in the first camshaft bearing pedestal and a second lubricant groove being provided in the second camshaft bearing pedestal , which lubricant grooves correspond to the fourth lubricant groove and are open in the direction of the cam follower, and the fourth lubricant groove having a fork at the transition to a camshaft bearing pedestal , and the camshaft bearing pedestal having a corresponding third lubricant groove which is spaced apart from the second lubricant groove by a displacement travel of the camshaft and is open in the direction of the cam follower.
Apparatus comprising: means comprising a heat pipe which comprises a fluid which changes phase from a liquid in a first portion thereof, due to heating, into a gas which travels to a second portion thereof, the heat pipe being configured for receiving heat from a heat source at the first portion thereof and for transferring heat from the first portion to the second portion thereof, characterized in that the second portion is carried by a flexible substrate positioned over the heat source, the flexible substrate having a free-end configured to mechanically oscillate for generating an airflow to carry the transferred heat away from the second portion whereby the gas condenses back into a liquid.
Device for tensioning a connecting element fastened to a component to be tightened, comprising: - a fixation element for holding the connecting element ; - a support element for supporting the device against the component ; and - an actuating unit with a fluid chamber for receiving a fluid and a piston which is translationally guided in the fixation element , wherein the actuating unit is configured for manipulating a volume of the fluid chamber by translationally actuating the piston so as to move the fixation element relative to the support element ; characterized in that the piston is coupled to the fixation element by means of a structural connection which comprises at least one ball or roller screw (100; 102). - a fixation element for holding the connecting element ; - a support element for supporting the device against the component ; and - an actuating unit with a fluid chamber for receiving a fluid and a piston which is translationally guided in the fixation element , wherein the actuating unit is configured for manipulating a volume of the fluid chamber by translationally actuating the piston so as to move the fixation element relative to the support element ;
A porous membrane suitable for filtering a fluid, said membrane comprising a copolymer disposed on a porous support, said copolymer comprising polymerized monomeric units I and II, wherein monomeric unit I is of the formula A-X-CH 2 -B, wherein A is Rf-(CH 2 )n, Rf is a perfluoro alkyl group of the formula CF 3 -(CF 2 ) x -, wherein x is 3-12, n is 1-6, X is S, and B is vinylphenyl, and monomeric unit II is vinylpyridine.
A cosmetic formulation with deodorant activity for topical application, comprising vitamin E or an ester thereof, starch, sodium bicarbonate, zinc oxide and a cosmetically acceptable vehicle, wherein said vitamin E or an ester thereof is contained in an amount of 5-40%, preferably 15-35%, by weight of the weight of the formulation.
Dose setting mechanism for a drug delivery device, the mechanism comprising: a drug delivery device housing ; a dose dial component positioned at least partly in the housing and rotatable during dose setting and dose delivery; and a thread insert in threaded engagement with the dose dial component with a thread ; characterized in that the insert is a split threaded insert , that is configured such that when the dose dial component is rotated, the insert transforms from a first configuration in which the thread or parts of the thread are in an open state to a second configuration in which the thread or parts of the thread are in a closed state, wherein in the first configuration of the split threaded insert the friction between the split threaded insert and the dose dial component when moved relative to each other is higher compared to the second configuration of the split threaded insert . a drug delivery device housing ; a dose dial component positioned at least partly in the housing and rotatable during dose setting and dose delivery; and a thread insert in threaded engagement with the dose dial component with a thread ; characterized in that the insert is a split threaded insert , that is configured such that when the dose dial component is rotated, the insert transforms from a first configuration in which the thread or parts of the thread are in an open state to a second configuration in which the thread or parts of the thread are in a closed state, wherein in the first configuration of the split threaded insert the friction between the split threaded insert and the dose dial component when moved relative to each other is higher compared to the second configuration of the split threaded insert .
An electrical terminal for coupling to a conductive structure , the electrical terminal comprising: a body having a wire receiving portion for receiving a conductor; a cup portion electrically coupled with the wire receiving portion, the cup portion defining an inside area around the cup portion ; a boss portion extending downwardly from a bottom of the cup portion and including a planar surface for interfacing with the conductive structure; an aperture formed in the body and extending through the cup portion and the boss portion , the aperture configured to open into the cup portion inside the area to receive a post of the conductive structure and position a portion of the post in the cup portion inside area ; an overmold structure of insulation material formed on the cup portion , the overmold structure covering the cup portion sides; the boss portion configured to surround the aperture at the bottom of the cup portion for providing an electrically conductive surface free from insulation material for interfacing with the conductive structure; a fastener configured to fit inside of the cup portion inside area for engaging a post and securing the cup portion and boss portion against the conductive structure; an insulative cap secured to the top of the cup portion , said insulative cap configured for engaging the overmold structure and sealing the cup portion and its inside area to seal the fastener and the post . a body having a wire receiving portion for receiving a conductor; a cup portion electrically coupled with the wire receiving portion, the cup portion defining an inside area around the cup portion ; a boss portion extending downwardly from a bottom of the cup portion and including a planar surface for interfacing with the conductive structure; an aperture formed in the body and extending through the cup portion and the boss portion , the aperture configured to open into the cup portion inside the area to receive a post of the conductive structure and position a portion of the post in the cup portion inside area ; an overmold structure of insulation material formed on the cup portion , the overmold structure covering the cup portion sides; the boss portion configured to surround the aperture at the bottom of the cup portion for providing an electrically conductive surface free from insulation material for interfacing with the conductive structure; a fastener configured to fit inside of the cup portion inside area for engaging a post and securing the cup portion and boss portion against the conductive structure; an insulative cap secured to the top of the cup portion , said insulative cap configured for engaging the overmold structure and sealing the cup portion and its inside area to seal the fastener and the post .
A web meandering control device comprising; web end detection means for detecting a web end at a first position, said web end occurring as a widthwise end perpendicular to said web traveling direction; pattern end detection means for detecting at said first position pattern ends of patterns repeatedly printed on said web, said pattern ends occurring as widthwise ends perpendicular to said web travelling direction; control signal generating means for generating a control signal to bring said pattern end into conformity with a preset pattern end reference position by fetching a web end detection signal detected by said web end detection means and a pattern end detection signal detected by said pattern end detection means ; and an actuator to shift said web in said widthwise direction by means of said control signal outputted from said control signal generating means; characterized in that : said web end detection means and said pattern end detection means composing a single imaging means to capture said web end and said pattern ends in a field of view of said single imaging means and detect said web end and said pattern end. pattern end detection means for detecting at said first position pattern ends of patterns repeatedly printed on said web, said pattern ends occurring as widthwise ends perpendicular to said web travelling direction; control signal generating means for generating a control signal to bring said pattern end into conformity with a preset pattern end reference position by fetching a web end detection signal detected by said web end detection means and a pattern end detection signal detected by said pattern end detection means ; and an actuator to shift said web in said widthwise direction by means of said control signal outputted from said control signal generating means; characterized in that :
A polypeptide consisting of an amino acid sequence represented by SEQ ID NO: 13, 51, 52, 53, 54, 55, 56, 57, or 8.
Method for operating a workpiece machining system for machining in particular panel-like workpieces , in which method at least one tool is rotated and at least one variable (f, A) is detected by a sensor device , the method comprising the following steps: a. in a first operating mode: driving a tool of the workpiece machining system at different rotational speeds (s), b. during step a: detecting, by means of at least one sensor and at the different rotational speeds (n) of the tool , a variable (f, A) which characterizes a vibration at least in one region of the workpiece machining system during a rotation of the tool , c. evaluating the detected variable (f, A, n) by means of a vibration analysis, in particular a Fourier analysis, and d. in a second operating mode: driving the tool to machine a workpiece on the basis of the result of the evaluation in step c, characterized in that the variable is a distance and/or a movement of the tool relative to a tool holding portion supporting the tool . a. in a first operating mode: driving a tool of the workpiece machining system at different rotational speeds (s), b. during step a: detecting, by means of at least one sensor and at the different rotational speeds (n) of the tool , a variable (f, A) which characterizes a vibration at least in one region of the workpiece machining system during a rotation of the tool , c. evaluating the detected variable (f, A, n) by means of a vibration analysis, in particular a Fourier analysis, and d. in a second operating mode: driving the tool to machine a workpiece on the basis of the result of the evaluation in step c,