mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for handling dangerous objects in a closed vehicle cabin , comprising: - a retaining plate for fastening of the apparatus , - a housing wall which is arranged on the retaining plate , which can be packed down and which is composed of a refractory material, and - an opening frame which is connected at least to the housing wall and which has a closable opening , wherein the housing wall which can be packed down can be brought into a packed-down state and into an expanded state, wherein the housing wall , together with the retaining plate and the opening frame , can be brought into a folded-out state and in said state provides a cavity which can be reached from outside of the housing wall through the opening , and wherein the opening frame is pivotably arranged on the retaining plate . - a retaining plate for fastening of the apparatus , - a housing wall which is arranged on the retaining plate , which can be packed down and which is composed of a refractory material, and - an opening frame which is connected at least to the housing wall and which has a closable opening , wherein the housing wall which can be packed down can be brought into a packed-down state and into an expanded state, wherein the housing wall , together with the retaining plate and the opening frame , can be brought into a folded-out state and in said state provides a cavity which can be reached from outside of the housing wall through the opening , and wherein the opening frame is pivotably arranged on the retaining plate . wherein the housing wall which can be packed down can be brought into a packed-down state and into an expanded state, wherein the housing wall , together with the retaining plate and the opening frame , can be brought into a folded-out state and in said state provides a cavity which can be reached from outside of the housing wall through the opening , and wherein the opening frame is pivotably arranged on the retaining plate .
A lens design method for designing a lens to reshape an actual far-field radiation pattern of a radiation source to a preferred far-field radiation pattern, the lens comprising a host material within which is disposed at least one dispersed material, wherein the host material is a composite resin and the dispersed material is a ceramic powder, the method comprising: - determining a preferred far-field radiation pattern of the radiation source; - deriving a corresponding near-field radiation pattern from the preferred far-field radiation pattern using a mathematical expansion of the electric and magnetic fields of the preferred far-field radiation pattern; - determining an actual near-field pattern of the radiation source; - mapping an electric field and a magnetic field of the actual near-field radiation pattern to the derived near-field radiation pattern using a transfer relationship, the transfer relationship comprising material parameters which characterise the lens by varying the material parameters so as to create a refractive index gradient, and - determining the material parameters such that the density of the at least one second dispersed material varies across the lens to create the refractive index gradient, wherein the radiation source is a spiral antenna , and determining the material parameters comprises discretising the lens into a plurality of concentrically arranged regions (61 a-j), centred around the axis of the spiral antenna , the regions (61 a-j) comprising a respective permittivity and permeability to suitably manipulate the radiation generated from the spiral antenna . - determining a preferred far-field radiation pattern of the radiation source; - deriving a corresponding near-field radiation pattern from the preferred far-field radiation pattern using a mathematical expansion of the electric and magnetic fields of the preferred far-field radiation pattern; - determining an actual near-field pattern of the radiation source; - mapping an electric field and a magnetic field of the actual near-field radiation pattern to the derived near-field radiation pattern using a transfer relationship, the transfer relationship comprising material parameters which characterise the lens by varying the material parameters so as - determining the material parameters such that the density of the at least one second dispersed material varies across the lens to create the refractive index gradient,
A plug-in connector for disconnecting and connecting at least one electrical contact for charging a battery unit of a motor vehicle, comprising: at least one electrically conductive contact element having a contact region at a first end region of the electrically conductive contact element for detachably electrically connecting to a corresponding contact element, and having a terminal region at a second end region of the electrically conductive contact element for connecting to at least one electrical conductor , the second end region being opposite the first end region; and at least one temperature sensor element for detecting a temperature of the electrically conductive contact element , the temperature sensor element comprising a substrate that has a first and a second terminal element arranged thereon, a flip-chip measuring element and a first conductor track portion , a first terminal of the flip-chip measuring element being electrically connected to the first terminal element via the first conductor track portion , characterized in that the temperature sensor element is arranged on the second end region of the electrically conductive contact element , and in that the first conductor track portion is designed as a heat brake. at least one electrically conductive contact element having a contact region at a first end region of the electrically conductive contact element for detachably electrically connecting to a corresponding contact element, and having a terminal region at a second end region of the electrically conductive contact element for connecting to at least one electrical conductor , the second end region being opposite the first end region; and at least one temperature sensor element for detecting a temperature of the electrically conductive contact element , the temperature sensor element comprising a substrate that has a first and a second terminal element arranged thereon, a flip-chip measuring element and a first conductor track portion , a first terminal of the flip-chip measuring element being electrically connected to the first terminal element via the first conductor track portion , characterized in that the temperature sensor element is arranged on the second end region of the electrically conductive contact element , and in that the first conductor track portion is designed as a heat brake.
Thin leaf-like indium particles, the thin leaf-like indium particles having a first peak and a second peak at a greater particle diameter than a particle diameter at which the first peak appears in a volume-based particle size distribution representing a relationship between particle diameters of indium particles and ratios by volume of the indium particles at the particle diameters, a volume V1 of the indium particles at the first peak and a volume V2 of the indium particles at the second peak satisfying a formula (V1/V2)×100≥25%.
A composition comprising a nucleic acid molecule encoding Cas9 and two guide RNAs for use in a method of inhibiting, treating, and/or preventing a fragile X syndrome or a related disorder in a subject in need thereof, wherein said method comprises administering the composition to the subject, thereby reducing the number of CGG repeats in the 5' untranslated region of the FMR1 gene in said subject, wherein said guide RNAs target a sequence in the 5' untranslated region of the FMR1 gene, and wherein each guide RNA targets a sequence at least partly within the CGG repeat region.
A detection signal correction method for correcting a sine signal and a cosine signal, the sine signal and the cosine signal being detection signals output from a sensor depending on rotation of a rotation shaft of a motor providing a steering shaft of a vehicle with steering assist torque, the method comprising: calculating a rotation angle of the rotation shaft , based on the detection signals;of the steering calculating a steering velocity of the steering shaft , based on the rotation angle; and calculating an error of the detection signals; characterized by correcting the error of the detection signals when the steering velocity is equal to or greater than a steering velocity threshold value and the error of the detection signals is equal to or greater than an error threshold value. depending on rotation of a rotation shaft of a motor providing a steering shaft of a vehicle with steering assist torque, the method comprising: calculating a rotation angle of the rotation shaft , based on the detection signals;of the steering calculating a steering velocity of the steering shaft , based on the rotation angle; and calculating an error of the detection signals; calculating a rotation angle of the rotation shaft , based on the detection signals;of the steering calculating a steering velocity of the steering shaft , based on the rotation angle; and calculating an error of the detection signals; characterized by correcting the error of the detection signals when the steering velocity is equal to or greater than a steering velocity threshold value and the error of the detection signals is equal to or greater than an error threshold value.
A method of triggering a security alert using a tracking device , comprising: detecting motion using a motion sensor of the tracking device; determining that the detected motion meets a motion threshold; in response to the determination that the detected motion meets a motion threshold: detecting one or more wireless access points in proximity to the tracking device; determining that the one or more wireless access points do not correspond to a recognized wireless access point ; and in accordance with the determination that the one or more detected wireless access points do not correspond to a recognized wireless access point, triggering a security alert. detecting motion using a motion sensor of the tracking device; determining that the detected motion meets a motion threshold; in response to the determination that the detected motion meets a motion threshold: detecting one or more wireless access points in proximity to the tracking device; determining that the one or more wireless access points do not correspond to a recognized wireless access point ; and in accordance with the determination that the one or more detected wireless access points do not correspond to a recognized wireless access point, triggering a security alert. detecting one or more wireless access points in proximity to the tracking device; determining that the one or more wireless access points do not correspond to a recognized wireless access point ; and in accordance with the determination that the one or more detected wireless access points do not correspond to a recognized wireless access point, triggering a security alert.
Method for closing an electrical grounding apparatus comprising a fixed contact connected to an electric circuit and a mobile contact connected to the ground and actuatable between an opening position in which the mobile contact is distant from the fixed contact and a closing position in which the mobile contact is connected to the fixed contact , the method involving, while the mobile contact passes from the opening position to the closing position, switching an electronic switching device placed on a branch connecting the mobile contact to the fixed contact , in such a way as to make the branch let electricity pass before a distance between the mobile contact and the fixed contact is less than a threshold distance for establishment of an arc, characterised in that , when the mobile contact is connected to the fixed contact , the electronic switching device is again switched in such a way as to block the passage of the current in the branch, during a zero crossing of the current.
A method comprising • combining, in a reactor or a reactor vessel, monomers, an emulsifier or surfactant, and an initiator in solution at a temperature of from 48.9 °C (120 °F) to 82.2 °C (180 °F) to form a polymeric latex; • directing the polymeric latex into a storage system comprising a storage vessel; • subjecting the polymeric latex to an aging time in the storage vessel, such that the polymeric latex exhibits less than 1000 CFU/ml of biological growth according to ASTM D 5465-93 upon completion of the aging time, optionally comprising a treatment for reducing biological growth; and • coagulating the polymeric latex, wherein the polymeric latex is exposed to a mixture of water and a coagulant and filtered to provide a resin; wherein the polymeric latex comprises acrylonitrile-butadiene-styrene, acrylonitrile styrene acrylate, styrene acrylonitrile, styrene encapsulated polytetrafluoroethylene, or methyl methacrylate modified acrylonitrile butadiene styrene. • combining, in a reactor or a reactor vessel, monomers, an emulsifier or surfactant, and an initiator in solution at a temperature of from 48.9 °C (120 °F) to 82.2 °C (180 °F) to form a polymeric latex; • directing the polymeric latex into a storage system comprising a storage vessel; • subjecting the polymeric latex to an aging time in the storage vessel, such that the polymeric latex exhibits less than 1000 CFU/ml of biological growth according to ASTM D 5465-93 upon completion of the aging time, optionally comprising a treatment for reducing biological growth; and • coagulating the polymeric latex, wherein the polymeric latex is exposed to a mixture of water and a coagulant and filtered to provide a resin;
A thermal management article , wherein the thermal management article is a turbine component comprising: a substrate ; and a first coating disposed on the substrate , the first coating including a first coating surface and at least one passageway disposed between the substrate and the first coating surface , the at least one passageway defining at least one fluid pathway , wherein the at least one passageway includes a passageway wall having a wall thickness and the passageway wall being attached to the substrate , the thermal management article characterized by : the at least one passageway includes at least one sensor disposed within the at least one fluid pathway . a substrate ; and a first coating disposed on the substrate , the first coating including a first coating surface and at least one passageway disposed between the substrate and the first coating surface , the at least one passageway defining at least one fluid pathway , wherein the at least one passageway includes a passageway wall having a wall thickness and the passageway wall being attached to the substrate , the thermal management article characterized by : the at least one passageway includes at least one sensor disposed within the at least one fluid pathway .
A surgical stapling apparatus comprising: a body portion ; a tool assembly supported on the body portion , the tool assembly including an anvil and a cartridge ; an input cam member slidable within the body portion ; a drum member rotatably supported within the body portion , the drum member being mechanically coupled to the input cam member such that linear movement of the input cam member effects rotatable movement of the drum member ; and an output cam member slidable within the body portion , the output cam member being mechanically coupled to the drum member such that rotatable movement of the drum member effects linear movement of the output cam member , such that advancement of the input cam member in a distal direction causes retraction of the output cam member and retraction of the input cam member in a proximal direction causes advancement of the output cam member , wherein the anvil is coupled to the output cam member such that the linear movement of the input cam member effects movement of the anvil in relation to the cartridge between unclamped and clamped positions. a body portion ; a tool assembly supported on the body portion , the tool assembly including an anvil and a cartridge ; an input cam member slidable within the body portion ; a drum member rotatably supported within the body portion , the drum member being mechanically coupled to the input cam member such that linear movement of the input cam member effects rotatable movement of the drum member ; and an output cam member slidable within the body portion , the output cam member being mechanically coupled to the drum member such that rotatable movement of the drum member effects linear movement of the output cam member , such that advancement of the input cam member in a distal direction causes retraction of the output cam member and retraction of the input cam member in a proximal direction causes advancement of the output cam member , wherein the anvil is coupled to the output cam member such that the linear movement of the input cam member effects movement of the anvil in relation to the cartridge between unclamped and clamped positions.
A method for evaluating subsurface formations for specular and non-specular seismic events, comprising: deploying at least two intersecting seismic transducer lines (L1A, L1B; L2A, L2B) above an area of the subsurface to be surveyed, each line including a first line segment (L1B, L2B) on one side of the intersection with spaced apart seismic transmitters, and a second line segment (L1A, L2A) on the other side of the intersection with spaced apart seismic receivers; on each line, actuating one of the transmitters, detecting signals at one of the receivers, and repeating the actuating the one of the transmitters and detecting signals for each of the remaining receivers; on each line, for each of the remaining transmitters, repeating the actuating and detecting signals at each receiver, wherein the transmitters are actuated one at a time; processing the detected signals from each line to enhance specular seismic events; processing the detected signals from each line to enhance non-specular seismic events, wherein the processing to enhance non-specular events includes attenuating non-horizontal specular events by time adjusting data traces to cause the non-horizontal specular events to become horizontal, velocity filtering the time adjusted data traces and restoring the filtered time adjusted traces to an original datum; and at least one of storing and displaying the specular and non-specular events. deploying at least two intersecting seismic transducer lines (L1A, L1B; L2A, L2B) above an area of the subsurface to be surveyed, each line including a first line segment (L1B, L2B) on one side of the intersection with spaced apart seismic transmitters, and a second line segment (L1A, L2A) on the other side of the intersection with spaced apart seismic receivers; on each line, actuating one of the transmitters, detecting signals at one of the receivers, and repeating the actuating the one of the transmitters and detecting signals for each of the remaining receivers; on each line, for each of the remaining transmitters, repeating the actuating and detecting signals at each receiver, wherein the transmitters are actuated one at a time; processing the detected signals from each line to enhance specular seismic events; processing the detected signals from each line to enhance non-specular seismic events, wherein the processing to enhance non-specular events includes attenuating non-horizontal specular events by time adjusting data traces to cause the non-horizontal specular events to become horizontal, velocity filtering the time adjusted data traces and restoring the filtered time adjusted traces to an original datum; and at least one of storing and displaying the specular and non-specular events.
A portable terminal comprising: a flexible display unit disposed on a front surface of the portable terminal and extending to at least one side surface of the portable terminal, wherein the flexible display unit with a plurality of ends includes a first end and a second end, wherein the first end of the flexible display unit is bent and disposed at the at least one side surface of the portable terminal, the flexible display unit comprising a main display area disposed on the front surface of the portable terminal and an auxiliary display area , wherein the auxiliary display area including the first end and the second end of the flexible display unit ; a sensor adapted to detect a state of the portable terminal; a controller adapted to operate in a mode in which the portable terminal is adapted to output information related to an alarm event on only the auxiliary display area , and characterized in that the controller is further configured to determine whether to output information related to the alarm event on only the auxiliary display area or not based on the state of the portable terminal detected by the sensor when detecting occurrence of the alarm event. a flexible display unit disposed on a front surface of the portable terminal and extending to at least one side surface of the portable terminal, wherein the flexible display unit with a plurality of ends includes a first end and a second end, wherein the first end of the flexible display unit is bent and disposed at the at least one side surface of the portable terminal, the flexible display unit comprising a main display area disposed on the front surface of the portable terminal and an auxiliary display area , wherein the auxiliary display area including the first end and the second end of the flexible display unit ; a sensor adapted to detect a state of the portable terminal; a controller adapted to operate in a mode in which the portable terminal is adapted to output information related to an alarm event on only the auxiliary display area , and characterized in that the controller is further configured to determine whether to output information related to the alarm event on only the auxiliary display area or not based on the state of the portable terminal detected by the sensor when detecting occurrence of the alarm event.