mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a nucleic acid sequence library or libraries comprising: a. extracting and optionally fragmenting chromatin from a sample; b. adding at least one protein-oligonucleotide conjugate to said chromatin, wherein said protein-oligonucleotide conjugate comprises a targeting protein conjugated to transposome consisting of a transposase:transposon complex containing a transposase complexed with a transposon cassette wherein: (i) the targeting protein binds a target protein or a target DNA-binding site; and (ii) the transposon cassette comprises: transposase recognition sequences required for catalysis of the DNA integration reaction; an extraction moiety; unique bar code sequences that uniquely label an oligonucleotide species so that it can be distinguished from other oligonucleotide species in the reaction, and which correspond to a particular targeting protein; and for whole genome sequencing applications, platform-specific tags required for next generation sequencing (NGS); c. allowing said protein conjugates to locate at its/their target proteins and/or target DNA-binding sites and/or noncoding RNA-binding sites in said chromatin; d. tagging the nucleic acid in said chromatin fragments with said conjugate by inducing an intermolecular reaction between said oligonucleotide and said nucleic acid; and e. extracting the nucleic acids tagged using the extraction moiety; wherein the protein-oligonucleotide conjugate comprises transposase and the intermolecular reaction is transposition; and with the proviso that the protein in the protein-oligonucleotide conjugate is not an antibody. a. extracting and optionally fragmenting chromatin from a sample; b. adding at least one protein-oligonucleotide conjugate to said chromatin, wherein said protein-oligonucleotide conjugate comprises a targeting protein conjugated to transposome consisting of a transposase:transposon complex containing a transposase complexed with a transposon cassette wherein: (i) the targeting protein binds a target protein or a target DNA-binding site; and (ii) the transposon cassette comprises: transposase recognition sequences required for catalysis of the DNA integration reaction; an extraction moiety; unique bar code sequences that uniquely label an oligonucleotide species so that it can be distinguished from other oligonucleotide species in the reaction, and which correspond to a particular targeting protein; and for whole genome sequencing applications, platform-specific tags required for next generation sequencing (NGS); c. allowing said protein conjugates to locate at its/their target proteins and/or target DNA-binding sites and/or noncoding RNA-binding sites in said chromatin; d. tagging the nucleic acid in said chromatin fragments with said conjugate by inducing an intermolecular reaction between said oligonucleotide and said nucleic acid; and e. extracting the nucleic acids tagged using the extraction moiety;
A computer-implemented method for automatically creating data for use by a computer-aided simulation process, the method comprising: determining that a first computer-aided design (CAD) component created in a CAD modeling environment represents a real-world object that is a fastener; analyzing the first CAD component and deriving one or more properties for use by the simulation process, wherein the derived properties include one or more of size data, location data, material type data, a thread diameter, and a thread pitch; establishing that the first CAD component contacts a second CAD component, wherein the second CAD component represents a real-world object that is a non-fastener object; calculating a zone of influence of the first CAD component on the second CAD component, wherein the zone of influence is calculated by using information of the first CAD component that comprise: (a) a sizing information for the first CAD component; and (b) a location where the first CAD component contacts the second CAD component; and using the calculated zone of influence in the computer-aided simulation process, the first CAD component being automatically excluded from the computer-aided simulation process and being automatically replaced by a simulation object in the simulation process, the simulation object comprising properties created from the derived properties of the first CAD component. determining that a first computer-aided design (CAD) component created in a CAD modeling environment represents a real-world object that is a fastener; analyzing the first CAD component and deriving one or more properties for use by the simulation process, wherein the derived properties include one or more of size data, location data, material type data, a thread diameter, and a thread pitch; establishing that the first CAD component contacts a second CAD component, wherein the second CAD component represents a real-world object that is a non-fastener object; calculating a zone of influence of the first CAD component on the second CAD component, wherein the zone of influence is calculated by using information of the first CAD component that comprise: (a) a sizing information for the first CAD component; and (b) a location where the first CAD component contacts the second CAD component; and (a) a sizing information for the first CAD component; and (b) a location where the first CAD component contacts the second CAD component; and using the calculated zone of influence in the computer-aided simulation process, the first CAD component being automatically excluded from the computer-aided simulation process and being automatically replaced by a simulation object in the simulation process, the simulation object comprising properties created from the derived properties of the first CAD component.
An apparatus comprising: a module ; a substrate ; electrolyte between the module and the substrate , wherein an electronic component is formed between the module and the substrate and wherein the electrolyte is configured to function as the electrolyte in the electronic component and also as the adhesive to attach the module to the substrate ; and a further substrate on the substrate , the further substrate comprising at least one opening , wherein the electrolyte and module are located at least partially in the opening of the further substrate . a module ; a substrate ; electrolyte between the module and the substrate , wherein an electronic component is formed between the module and the substrate and wherein the electrolyte is configured to function as the electrolyte in the electronic component and also as the adhesive to attach the module to the substrate ; and a further substrate on the substrate , the further substrate comprising at least one opening , wherein the electrolyte and module are located at least partially in the opening of the further substrate .
Component system for securing a trim part in a defined position, comprising a trim part to be secured in relation to a motor vehicle body component , in particular a moulded headliner, a trim support for supporting the trim part , and a counter-pressure device for exerting a first force on a first region of the trim part , wherein at least a portion of the trim support , for the purpose of exerting a second force , counter to the first force , on the first region of the trim part , is arranged on the opposite side of the first region of the trim part from the counter-pressure device , and wherein a second region of the trim part is arranged on the opposite side of the trim support from the first region of the trim part and thus forms a visible side of the trim part , characterized in that the component system comprises the motor vehicle body component , wherein at least a portion of the motor vehicle body component forms the counter-pressure device .
A molding made of reactive foam, wherein at least one fiber (F) is with a fiber region (FB2) arranged inside the molding and surrounded by the reactive foam while a fiber region (FB1) of the fiber (F) projects from a first side of the molding and a fiber region (FB3) of the fiber (F) projects from a second side of the molding, wherein the reactive foam has been produced by a double-belt foaming process or a block foaming process, wherein the reactive foam comprises cells, wherein at least 50% of the cells are anisotropic, wherein at least one of the mechanical properties of the reactive foam is anisotropic, wherein the reactive foam is based on a polyurethane, a polyurea or a polyisocyanurate, wherein at least 50% of the cells based on their largest dimension (a-direction) are oriented at an angle γ of >60° relative to the thickness direction (d) of the molding, wherein the fiber (F) has been introduced into the reactive foam at an angle α of 10° to 70° relative to the thickness direction (d) of the molding and wherein two or more fibers (F) are present in the molding at an angle β to one another and the angle β is in the range β = 360°/n, wherein n is an integer. wherein the reactive foam comprises cells, wherein at least 50% of the cells are anisotropic, wherein at least one of the mechanical properties of the reactive foam is anisotropic, wherein the reactive foam is based on a polyurethane, a polyurea or a polyisocyanurate, wherein at least 50% of the cells based on their largest dimension (a-direction) are oriented at an angle γ of >60° relative to the thickness direction (d) of the molding, wherein the fiber (F) has been introduced into the reactive foam at an angle α of 10° to 70° relative to the thickness direction (d) of the molding and wherein two or more fibers (F) are present in the molding at an angle β to one another and the angle β is in the range β = 360°/n, wherein n is an integer.
An adaptive cruise control method for autonomously adapting the speed of an ego vehicle to maintain a target headway, headway being distance from the ego vehicle to a forward vehicle , the ego vehicle equipped with a perception system for measuring a current headway and a current speed and acceleration of the forward vehicle relative to ego vehicle, the method comprising: in response to detecting that the current headway is below the target headway (S402), determining and implementing a deceleration strategy for increasing to the target headway; characterised in that the deceleration strategy is determined so as to selectively optimize for comfort in dependence on a predicted headway, the predicted headway computed for a future time instant based on the current speed and acceleration of the forward vehicle relative to the ego vehicle . in response to detecting that the current headway is below the target headway (S402), determining and implementing a deceleration strategy for increasing to the target headway; characterised in that the deceleration strategy is determined so as to selectively optimize for comfort in dependence on a predicted headway, the predicted headway computed for a future time instant based on the current speed and acceleration of the forward vehicle relative to the ego vehicle .
An electric motorcycle chassis comprising: a head tube configured to house a suspension component; a side panel extending rearward from the head tube, the side panel including an outer surface and an inner surface; and a coolant tube extending along the inner surface of the side panel and thermally contacting the inner surface of the side panel, the coolant tube transfering heat from coolant fluid flowing in the coolant tube to the side panel via said thermal contact; the electric motorcycle chassis characterized by further comprising a rear bulkhead including: a motor mount formed in the rear bulkhead and housing an electric motor within the rear bulkhead; a motor controller mount formed in the rear bulkhead and connecting a motor controller housing to the rear bulkhead; and a swingarm mount connecting a swingarm of the electric motorcycle to the rear bulkhead. a head tube configured to house a suspension component; a side panel extending rearward from the head tube, the side panel including an outer surface and an inner surface; and a coolant tube extending along the inner surface of the side panel and thermally contacting the inner surface of the side panel, the coolant tube transfering heat from coolant fluid flowing in the coolant tube to the side panel via said thermal contact; the electric motorcycle chassis characterized by further comprising a rear bulkhead including: a motor mount formed in the rear bulkhead and housing an electric motor within the rear bulkhead; a motor controller mount formed in the rear bulkhead and connecting a motor controller housing to the rear bulkhead; and a swingarm mount connecting a swingarm of the electric motorcycle to the rear bulkhead. a motor mount formed in the rear bulkhead and housing an electric motor within the rear bulkhead; a motor controller mount formed in the rear bulkhead and connecting a motor controller housing to the rear bulkhead; and a swingarm mount connecting a swingarm of the electric motorcycle to the rear bulkhead.
The use of 9-tricosene as a pest control agent against Drosophila suzukii.
A system configured to store image data generated by scanning a wafer with an inspection system, comprising: a set of processor nodes coupled to a detector of an inspection system, wherein each of the processor nodes is configured to receive a portion of image data generated by the detector during scanning of a wafer ; and an array of storage media separately coupled to each of the processor nodes , wherein the processor nodes are further configured to send all of the image data or a selected portion of the image data received by the processor nodes to the arrays of storage media such that all of the image data or the selected portion of the image data generated by the detector during the scanning of the wafer is stored in the arrays of the storage media, and wherein the set of processor nodes is further configured to use the image data stored in the arrays of the storage media to allow a user to navigate through an image of the entire wafer without using the physical wafer for navigation. a set of processor nodes coupled to a detector of an inspection system, wherein each of the processor nodes is configured to receive a portion of image data generated by the detector during scanning of a wafer ; and an array of storage media separately coupled to each of the processor nodes , wherein the processor nodes are further configured to send all of the image data or a selected portion of the image data received by the processor nodes to the arrays of storage media such that all of the image data or the selected portion of the image data generated by the detector during the scanning of the wafer is stored in the arrays of the storage media, and wherein the set of processor nodes is further configured to use the image data stored in the arrays of the storage media to allow a user to navigate through an image of the entire wafer without using the physical wafer for navigation.
Cross linkable composition comprising a chloroprene rubber containing cations from the second or third main group in an amount from 0.05 % by weight to 0.25 % by weight and resinate anions in an amount from 0.3 % by weight to less than 2.5% by weight, a cross linker, preferably a metal oxide cross linker, more preferably zinc oxide and/or magnesium oxide and having a content of ethylene thiourea of less than 0.5 % by weight based on the total amount of chloroprene rubber.
A handy phototherapy apparatus comprising: a housing ; an ultraviolet light source received in the housing; a light guide path formed in the housing such that ultraviolet light from the ultraviolet light source passes through the light guide path; an irradiation window provided at a leading end of the light guide path such that the ultraviolet light exits from the irradiation window; characterised by further comprising: an observation window provided in at least one of side surfaces of the light guide path in the vicinity of the irradiation window. a housing ; an ultraviolet light source received in the housing; a light guide path formed in the housing such that ultraviolet light from the ultraviolet light source passes through the light guide path; an irradiation window provided at a leading end of the light guide path such that the ultraviolet light exits from the irradiation window; characterised by further comprising: an observation window provided in at least one of side surfaces of the light guide path in the vicinity of the irradiation window.
A thin layer coating for corrosion protection of a part made of a corrodible metallic material, substantially consisting of silicon, carbon, hydrogen and nitrogen in a composition such that the ratio of the atomic concentrations of the nitrogen and of the carbon (N/C) is greater than 0.9, characterized in that : - the atomic content of hydrogen, measured by the ERDA technique, is 20 ± 5 atomic %, - the atomic content of silicon measured by the Rutherford Backscattering technique (RBS) is comprised between 15 and 28 atomic %, - the hardness of the thin layer coating is less than or equal to 2 100 daN/mm 2 , - and in that its thickness is greater than 0.1 μm, but less than 5 μm, and - in that it is formed by plasma assisted chemical vapor deposition. - the atomic content of hydrogen, measured by the ERDA technique, is 20 ± 5 atomic %, - the atomic content of silicon measured by the Rutherford Backscattering technique (RBS) is comprised between 15 and 28 atomic %, - the hardness of the thin layer coating is less than or equal to 2 100 daN/mm 2 , - and in that its thickness is greater than 0.1 μm, but less than 5 μm, and - in that it is formed by plasma assisted chemical vapor deposition.
A scrolling screenshot method, wherein the method is implemented on an electronic device having a touchscreen, and the method comprises: displaying (S701) a graphical user interface, GUI, of a first application on the touchscreen; detecting (S702), by the electronic device, a screenshot operation; taking (S703), by the electronic device, a first screenshot of the GUI in response to the screenshot operation; displaying (S704), by the electronic device in a first position of the touchscreen, a first preview image corresponding to the obtained first screenshot, wherein the first screenshot corresponding to the first preview image is a screenshot of the currently displayed GUI; detecting (S705), by the electronic device, a first touch operation on the first preview image; taking (S706), by the electronic device, a scrolling screenshot of the GUI of the first application in response to the first touch operation wherein the method further comprises: displaying (S707) a second preview image on the touchscreen, wherein the second preview image is a preview image of a second screenshot corresponding to the scrolling screenshot, and wherein the second screenshot corresponding to the second preview image includes the screenshot of the currently displayed GUI and a screenshot of content that is of the first application and that is not displayed on the current GUI. displaying (S701) a graphical user interface, GUI, of a first application on the touchscreen; detecting (S702), by the electronic device, a screenshot operation; taking (S703), by the electronic device, a first screenshot of the GUI in response to the screenshot operation; displaying (S704), by the electronic device in a first position of the touchscreen, a first preview image corresponding to the obtained first screenshot, wherein the first screenshot corresponding to the first preview image is a screenshot of the currently displayed GUI; detecting (S705), by the electronic device, a first touch operation on the first preview image; taking (S706), by the electronic device, a scrolling screenshot of the GUI of the first application in response to the first touch operation wherein the method further comprises: displaying (S707) a second preview image on the touchscreen, wherein the second preview image is a preview image of a second screenshot corresponding to the scrolling screenshot, and wherein the second screenshot corresponding to the second preview image includes the screenshot of the currently displayed GUI and a screenshot of content that is of the first application and that is not displayed on the current GUI.
A sensor arrangement, having a sensor analysis and control circuit , at least two sensor electrodes of a capacitive sensor, coupled to the sensor analysis and control circuit , for detecting an approach of an object, wherein the sensor analysis and control circuit is constructed for detecting the respective capacitance of the sensor electrodes , a shield electrode , which is coupled to the control circuit , wherein the sensor analysis and control circuit is constructed for setting the potential of the shield electrode, wherein at least two sensor electrodes are arranged spaced offset from one another in the same plane and wherein a section of the shield electrode is arranged between the at least two sensor electrodes in the same plane, wherein the sensor electrodes and the shield electrode are arranged as a conductor layer on a multilayer printed circuit board , wherein the sensor electrodes are constructed on an outer top plane of the multilayer printed circuit board and an earth electrode is constructed in a further plane of the printed circuit board below the sensor electrodes and the shield electrode, wherein a further section of the shield electrode is constructed between sensor electrodes and earth electrode .
A clamping device , comprising: a support (2a-d); and pressing parts (4a-d) respectively protruded from one end and the other end of the support (2a-d), wherein the support (2a-d) and the pressing parts (4a-d) define a bent part (6a-d) along a central region of an outer circumference of the support (2a-d) and the pressing part (4a-d) while forming a band shape, and the pressing parts (4a-d) comprise a locking hole (8a-d) intersecting the bent part (6a-d). a support (2a-d); and pressing parts (4a-d) respectively protruded from one end and the other end of the support (2a-d), wherein the support (2a-d) and the pressing parts (4a-d) define a bent part (6a-d) along a central region of an outer circumference of the support (2a-d) and the pressing part (4a-d) while forming a band shape, and the pressing parts (4a-d) comprise a locking hole (8a-d) intersecting the bent part (6a-d).
A method to determine one or more signal parameters of each signal of interest in a plurality of signals of interest received at a single detector of a heterodyne interferometer, said method being characterized in that it comprises the following steps: a. for each signal of interest, calculating a cleaned-up signal by estimating signal contributions of the other signals of interest and subtracting these estimated signal contributions from the plurality of signals of interest; and b. for each signal of interest, determining one or more signal parameters from the respective cleaned-up signal; wherein the plurality of signals of interest includes signals with different split frequencies. a. for each signal of interest, calculating a cleaned-up signal by estimating signal contributions of the other signals of interest and subtracting these estimated signal contributions from the plurality of signals of interest; and b. for each signal of interest, determining one or more signal parameters from the respective cleaned-up signal;